Algorithms for

Psychometric Calculations

(Skeleton Tables for the

Thermodynamic Properties of Moist Air)

U.S. DEPARTMENT OF COMMERCE

National Bureau of Standards
Announcing — The Building Science Series

The "Building Science Series" disseminates technical information developed at the Bureau on building materials, components, systems, and whole structures. The series presents research results, test methods, and performance

criteria related to the structural and environmental functions and the durability and safety characteristics of build- ing elements and systems. These publications, similar in style and content to the NBS Building Materials and Structure Reports (1938-59),

are directed toviiard the manufacturing, design, and construction segments of the building industry, standards

organizations, officials responsible for building codes, and scientists and engineers concerned with the properties

of building materials. The material for this series originates principally in the Building Research Division of the NBS Institute for Applied Technology. Published or in preparation are: BSSl. Performance of Buildings— Concept and Measurement. Man and His Shelter. (In press.) BSS2. Interrelations Between Cement and Concrete and Concrete Properties: Part 1, Materials and Techniques, Water Requirements and Trace Elements. 35 cents BSS3. Doors as Barriers to Fire and Smoke. 15 cents BSS4. Weather Resistance of Porcelain Enamels: Effect of Exposure Site and other Variables After Seven

Years. 20 cents BSS5. Interrelations Between Cement and Concrete Properties: Part 2, Sulfate Expansion, Heat of Hydration, and Autoclave Expansion. 35 cents BSS6. Some Properties of the Calcium Aluminoferrite Hydrates. 20 cents BSS7. Organic Coatings. Properties, Selection, and Use. 12.50 BSS8. Interrelations Between Cement and Concrete Properties: Part 3, Compressive Strengths of Port- land Cement Test Mortars and Steam-Cured Mortars. 55 cents BSS9. Thermal-Shock Resistance for Built-Up Membranes. 20 cents BSSIO. Field Burnout Tests of Apartment Dwelhng Units. 25 cents BSSl 1. Fire Resistance of Steel Deck Floor Assemblies. 25 cents BSS12. Performance of Square-Edged Orifices and Orifice-Target Combinations as Air Mixers. 15 cents BSS13. Shrinkage and Creep in Prestressed Concrete. 15 cents BSS14. Experimental Determination of Eccentricity of Floor Loads Applied to a Bearing Wall. 15 cents BSS15. Interrelations Between Cement and Concrete Properties: Part 4, Shrinkage of Hardened Portland Cement Pastes. 75 cents BSS16. Techniques for the Survey and Evaluation of Live Floor Loads and Fire Loads in Modern Office

Buildings. 40 cents BSS17. Causes of Variations in Chemical Analysis and Physical Tests of Portland Cement. 40 cents BSS18. Smoke and Gases Produced by Burning Aircraft Interior Materials. 35 cents BSS19. Study of the Variables in the Saturating of Roofing Felts. 30 cents

Send orders with remittance to: Superintendent

Washington, D.C. 20402. Remittances from

one-fourth of the purchase price for postage.

of Documents, U.S. Government Printing Office, foreign countries should include an additional

[See maihng list announcement on last page.]
UNITED STATES DEPARTMENT OF COMMERCE • Maurice H. Stans, Secretary

NATIONAL BUREAU OF STANDARDS • Lewis M. Branscomb, Director

Algorithms for

Psychrometric Calculations

(Skeleton Tables for the Thermodynamic

Properties of Moist Air)

T. Kusuda

Building Research Division

Institute for Applied Technology

National Bureau of Standards

Washington, D.C., 20234

Building Science Series 21

Nat. Bur. Stand. (U.S.), Bldg. Sci. Ser. 21, 53 pages (Jan. 1970) CODEN: BSSNB

Issued Jan. 1970

For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C. 20402. (Order by SD Catalog No. C 13.29/2:21). Price 55 cents
Library of Congress Catalog Card. No. 76-600863
Contents

Page

1. Introduction 1 2. PSYCHR program 2

3. CF program 6

4. DBWBW program 7

5. DBDPW program 8

6. DBRHWB program 8

7. Comments on the new Kelvin temperature scale 9

8. References 10

9. Sample results of psychrometric calculations 11

III

Algorithms for Psychrometric Calculations

(Skeleton Tables for the Thermodynamic Properties of Moist Air)

T. Kusuda

Computer algorithms to obtain tiiermodynamic properties of saturated and unsaturated moist air are presented in this paper. The saturated moist air properties are calculated by the methodology

developed by J. A. GofT and S. Gratch for their ASHRAE tables (1967 Book of Fundamentals, The

American Society of Heating, Refrigerating and Air Conditioning Engineers). Sample calculations were

performed using a computer program based upon the algorithms presented herein and the results are attached. Key words: Computer algorithm; psychrometrics; saturated and unsaturated moist air; thermodynamic

properties.

1. Introduction

Very accurate values of moist-air properties are required for many engineering problems.

Most notable examples are those required in psychrometric calorimetry for measuring the capacity

of various air conditioning apparatus, moisture transfer analyses in the cold storage warehouses,

and analyses of simultaneous transfer of heat and moisture affecting the physiological responses

of biological bodies. Although numerous psychrometric formulas and charts currently exist, the

thermodynamic properties of moist air calculated by Goff and Gratch (1945) [1]' are still con- sidered most accurate and extensive. Their calculations are based upon the theory of statistical mechanics whereby interactions of major molecular components in the moist air are taken into consideration. Thus the calculation methodology employed by Goff and Gratch to produce the now

well-known ASHRAE tables of moist-air properties should be valid beyond the ranges within

which their calculations had been made. For example, the barometric pressure up to 3 atm and

the temperature to 400 K can be covered. In addition, it is believed that the methodology is vaUd

for a mole fraction composition of dry air different from that used in the original calculations.

Although the basic principle of calculation procedures for obtaining the moist air properties

is described in the 1949 paper of J. A. Goff [2], it is not readily adaptable for machine calculation.

The purpose of this paper is, then, to list step-by-step procedures for computer-oriented engineers to be able to calculate the accurate values of moist air properties based upon the Goff paper mentioned

above. Since the paper is not intended for elaborating the thermodynamic principles inherent

to the calculation procedures, those who wish to familarize themselves with that account should

refer to references [1] and [2]. The complete National Bureau of Standards program called PSYCHR has been written to follow the calculation procedures described in this paper. This pro- gram has successfully reproduced the ASHRAE table of saturated moist air for 29.92 in of barometric pressure. Additional programs called CF, DBWBW, DBDPW, DBRHWB, coupled with PSYCHR,

can be used to calculate thermodynamic properties of unsaturated moist air by inputting values of the barometric pressure, dry-bulb temperature, and any one of several humidity indices such as wet-bulb temperature, dew-point temperature, relative humidity, and humidity ratio. The program has been further employed to calculate the thermodynamic properties of moist air at various degrees of saturation and at various barometric pressure levels. Sample results of such

calculations are attached to this algorithm. It is believed that the step-by-step account of the cal- culation methodology and the sample calculations presented herein should be very useful in future

reference work relating to accurate psychrometric calculations.

' Figures in brackets indicate tile literature references on p. 10.

1
2. PSYCHR Program

Input: Pr= barometric pressure (inches Hg)

t= dry-bulb temperature (F) Output: ha = enthalpy of dry air (Btu/lb of dry air) hs = enthalpy of saturated moist air (Btu/lb of dry air) Va = volume of dry air (ft.^/lb of dry air) Vs— volume of saturated moist air (ft.^'/lb of dry air) Ws — humidity ratio of saturated moist air (lb of H20/lb of dry air)

fs = air-water interaction factor

hu) — enthalpy of saturated water (Btu/lb of H^O)

Pvs = vapor pressure of liquid water in moisture saturated air (inches Hg)

Sa = entropy of dry air (Btu/lb, F)

5s = entropy of saturated moist air (Btu/F, lb of dry air)

1. Composition of dry air. Components Oxygen Nitrogen Argon Carbon dioxide

Chemical Symbols O2 N2 Ar CO2

Mole fraction (Z) 0.2095 0.7809 0.0093 0.0003

Molecular weight (M) 32.000 28.016 39.944 44.01

(natural oxygen scale)

Molecular weight of air Ma = 28.966

Molecular weight of water Mw= 18.016

2. Kelvin temperature used for the calculations.^

r=V^+ 273.16

1

3. Zero pressure constants.

Components Oxygen Nitrogen Argon

Carbon

dioxide

Water

C 7/2 7/2 5/2 7/2 4

/V, 1 1 0 2 1 N; 0 0 0 1 1 N, 0 0 0 1 1 dAK) 2235.4 3352.69 00 960 2291.16

d-AK) 00 00 00 1944 5176.37

d,{K) 00 00 00 3379 5445.59

A{K) 1.073 0.9580 0 0 5.011

B 0 0.09 0 0 0

D(K-^) 3.30 X 10-6 2.023 X 10-6 0 0 2.32 X 10-5 F 0.011 0.009009 0 0 0

ai 0 0 0 0 -0.03958

a-) 0 0 0 0 0.05353

as 0 0 0 0 0.04000

Const 1.2164 -0.414686 1.867 1.8945 -4.1083

If the new Kelvin Temperature Scale is to be used, 273.16 in this algorithm should be replaced by 273.15. Detailed discussions on this subject are presented

betiinning on p. 9. 2
h° s°

4. For each component, calculate zero pressure enthalpy and entropy, —, and 77 by tlic A n

following relations.

h°R

hr- (1-e-V) In(l -e-V) ^=c(l-lnT) + ^yV, |

3Ik=l on 3 f pSirn _„0it\ _ 1 1 Br^ + f+^ a,e->^.r ( ^.r + 1 ) + F

|

j

+ Const

where R = 1 .98583 cal/mol, K.

5. Zero pressure enthalpy and entropy of dry air and water vapor are then obtained by

h°. = "air ^02^ O2 ^N2^N2 Ar + -^002^002 Ma

h°

^02^ O2 "I" ^N2'S N2 ^Ar^ Ar "I" -^€02^ CO2 Ma

0.03945

^H20

•^H20^

jy^

6. Pressure in atmosphere

7. Virial coefficients:

Pt^P,129.921

A an

" BaaBww

40.70+ 13116t + 12t'5 • 10^ 40.70 + 26232t + 48t3 • 10^ C(in t{A (1(1 B(i(i) Au,w = - 33.97 + 55306t • 10^2000x2 33.97+ 110612T- 10^20007^ + 55306t'(144000t • 1072000^2 . jq)

0.00669

cm^/g. mol

cm'''/g. mol

cm^/g. mol. K

cm^/g. mol

cm^lg. mol

Aa = -29.53+-

cmVg- mol, K

{l-e-^')+AT+BT'^ + DT^ cm'Vg. mol

fi„^ = - 29.53 + O.OO6690e-«^ + 2^T + 35T2 + 4Z)T3 cmVg. mol

Caw = T{A(i,c — B(,uj) cm^/g. mol, K

where A = 17546

fi= 95300

Z) = 8.515 • 10^

6' = 4416.5

cm''' K/g. mol

cm^ K^/g. mol

cm^ K^/g. mol

K

cal/g

cal/g

cal/g

cal/g K

^ Throughout this algorithm " means "is replaced by" instead of "equals to" as In conventional mathematics. 3
/4 u>u'u' = 0.0348T^^iu> cm^/g. mol. atm

Bwww = 0.10MT'^A'i,wBww cm^/g. mol. atm

Cwww — r{Au,ww — Bwww) cm-'^/g. mol. atm, K

8. Dry air properties

Btu/lb

, , 0.0242179 -Cg^/^r) R , ,n, 1 .nnoA m /ik 17

/ 82.0567 \ ^/ 453.5924

128316.85/ M„ '"'^

9. Calculate the water vapor pressure. If T ^ 273.16,

u = 273.16t

2 = -9.09718(u-l) -3.56654 logio« + 0.876793(^1 -

-J )

fs= 0.0060273 • 10^ .... (atm) .... vapor pressure of ice.

if r> 273.16,

« = 373.16t

z = -7.90298(«-l) +5.02808 logio« - 1.3816 •10-7{10i'-34-i(i-i/«)_i}

+ 8.1328- 10-3(10-3«i49(«-i)_i)

Ps=10^ .... atm .... vapor pressure of liquid water.

P.. = 29.921 -Ps10. Calculate humidity ratio and mole fraction of moisture saturated air.

a-{Aaa ZAaw+Aww) 82.0567"^ 82.0567

z' = a(l-^^ + f3(^-lj ()8 is tabulated below)

= 0.62197 -

^'

18.016

28.966 • r,+ 18.016
11. Table of jS, /i', L for the Lagrangean interpolation.

\ 1.8 ) h u, (cal/g)

— 80 0.44*10"** — 1 14 ?5

-70 1.90*10-« -110.54

-60 0.71*10-7 - 106.64

-50 2.35*10-7 -102.58

-40 0.70*10-« -98.34

1 91 *1 0-s — 93 92

-20 0.48*10-5 -89.34

-10 1.11*10-5 -84.57

0 2.43*10-5 -79.64

0 2.37*10-5 0.02

10 4.44*10-5 10.06

20 0.79*10-4 20.06

30 1.34*10-4 30.04

40 2.19*10-4 40.03

50 3.46*10-4 50.01

60 5.26*10-4 60.00

70 0.78*10-3 69.99

80 1.12*10-3 80.01

90 1.58*10-3 90.05

' means multiplication in this table.

12. Calculate the properties of water vapor.

0.0242179 f 1 1 h'y=h°H,o -j^ 2 + 477.277 cal/j

Btu/lb

0. 0242179 —R

In Ps- 0.83960, Btu/lb, F or cal/g, C

Va= —1 / 453. 5924 \ / 82.0567

Mu, \28316.85

13. Enthalpy of liquid water.

/iu,= 1.8 h'.... Btu/lb

'4 WW A WW ,ft^/lb

353-302 O - 70 - 2
14. Calculate the properties of moist air saturated with water vapor.

hs = ^

{ [MaYshl,, + M ( 1 - y,) /i° ,0 ] - 0.02^2179 [{Y%-Baa + 2Y,{\-Ys)Baw+ (l-Ysy-Bu,w)Pt

-112(1 - Ys)^B,owwPj]} - 109.782 + 859.099Ws,B.t.u.l\h. of dry air

''^M~Y, ^ ^^"^^^r + Mu,(l - n)5°H,o]

+ 0.0242179[(F2c„^ + 2F,(l-F,)C„„,+ (1 - F,)''C«,^)P,

+ 1/2(1- Y,yCu,u,u,P'j] - R [Ys In Ys+ ( 1 - F.) ln( 1 - F,) + InPJ - 1.60096 -0.83960r,, B.t.u./lb. of dry air, °R

1 / 453.5924 \ f 82.0567

'^MaF, 128316.85/ 1 P,t - [

(

F;M „„ + 2F,( 1 - F,.)^«„^ + ( 1 - YsVA „,„,) - (1 -Fs)3^^^„,-P,]}ft.3/lb. of dry air

3. CF Program

Comments: When t ^ 112 °F, this program CF is used to find correction terms for h and v calculated by

h = ha+ (WIW,) [hs -ha), V= V„ + ( WIWs){V, - Va) .

Input: ?=dry bulb temperatures (F) ^= humidity ratio (lb HaO/lb of dry air) Ws= humidity ratio of saturated moist air (lb H-iO/lb of dry air) Output: V= correction terms to the volume v (ft/lb of dry air) h = correction term to the enthalpy h (Btu/lb of dry air) Calculation procedures:

1. Use the Lagrangean interpolation technique to pick up A and B from the following table:

t A B

96 0.0018 0.0268

112 .0042 .0650

128 .0096 .1439

144 .0215 .3149

160 .0487 .6969

176 .1169 1.636

192 .3363 4.608

2. v= {ws)'{^ WsV

l + 1.6078r

6
4. DBWBW Program

Input: t — dry-bulb temperature (F)

f * — t — thermodynamic wet-bulb temperature (K) r t —

L/uipui. yv — numiQiiy rdiju oi iiioifei dir yiu oi ri2w/iD ui ury dir h — enthalpy of moist air (Btu/lb of dry air) v= Vvfiuiim; \j L cin / au xjl xjh. y cii i y degree of saturation

water vapor pressure, inches Hg

DP = dew-point temperature, F

RH = relative humidity, %

Calculation procedures:

1. CALL PSYCHR {P,, t, ha, /i,, Va, Vs, Ws,U hw)

2. CALL PSYCHR (P„ P„„ t*, h*, hf, V*, V*, Wfjf, h*y

3. Iterate on W to satisfy

W

h = ha + -^ {hs-ha)+h

h+{Wf-W)h* = h:

where h is obtained by

CALL CF(^ r, r«, V, h).

If i =S 112 °F, however, W may be calculated by

W4. If ? < 112 °F,

hs-ha-h*Ws

5. If ^ > 112 °F,

W

h = ha + -^ (hs — ha)

CALL CF {t, r, Ws, V, h)

h^h + h

7. RH = -^^

l-d-M)/.^;

8. Iterate PSYCHR on various DP until

W=Ws{DP).

9. PV=P,ADP)

' Properties with superscript (*) depict those evaluated at the thermodynamic wet-hulb temperature (*.
5. DBDPW Program

Input: i= dry-bulb temperature (F) Z)P = dew-point temperature (F) Pt — barometric pressure (inches Hg)

Output: W— humidity ratio (lb of H-jO/lb of dry air) h = enthalpy (Btu/lb of dry air) V= volume (ft^/lb of dry air) RH= relative humidity, %

t*= thermodynamic wet-bulb temperature, F

Calculation procedures:

1. CALL PSYCHR (P„ DP, h'„, K, r;„ f;, r;,/;', A',)

2. CALL PSYCHR (P,, t, ha, Va, Vs, r,,/„ h^)

3. If ? « 112 °F

4. If f > 112 °F

h = ha+-^ [Vs-Va]

CALL CF it, r, r,, V, h)

w

h^h„ + ^ {hs — h(,) + h

V-Va + ^ {Vs-Va) + V

w 5. jji

jxX 100

l-(l-At)/,^

6. Iterate t* on the following equation by making use of PSYCHR.

h+(WAt*)-w)hAn=h{t*).

6. DBRHWB Program

/npuf; P,= barometric pressure (inches Hg)

dry-bulb temperature (F)

(\) = relative humidity, fraction

Output: t* — thermodynamic wet-bulb temperature (F) Calculation procedures:

1. CALL PSYCHR (P,, t, ha, hs, F„, F,, Ws,fs, /?«,)

2- Ps = 4>Prs approximation)

8
If ^< 112 °F

If ? > 112 °F

ha + fJiihs — lla).

CALL CF r, Ws, P, h)

h^h + h

4. W=ixWs

5. Iterate the following formula to find f* by making use of PSYCHR.

h+{Ws{n-w)-hAt*)^hs{n

7. Comments on the New Kelvin Temperature Scale

The values for saturation pressure of water calculated by the algorithms presented herein are

identical with those tabulated in table 2 of Chapter 21 of 1967 ASHRAE Book of Fundamentals.

These values were, however, obtained by the GofiP s calculation based upon the old Kelvin scale [^=7' — 273.16 (Centigrade vs. Kelvin)]. In October 1954, the Tenth General Conference on Weights and Measures adopted a new Kelvin scale T of absolute temperature on which the triplepoint of water is assigned the value 273.16. According to this new convention, the new temperature

scale becomes f= 7 — 273.15. Prof. J. A. Goff published new formulas corrected for this new

temperature scale for saturation pressure in his most recent paper (Saturation Pressure of Water

on the New Kelvin Temperature Scale, 1963 International Symposium on Humidity and Moisture,

Washington, D.C.). According to that paper, the saturation pressure for the new temperature

scale will be calculated by the following algorithms.

u = 273.16/ [(f-32)/l. 8 + 273.15]

P, = 29.92 10^ (1013250 dyn/cm2)

when (1) saturation over ice

z = -9.096936(u-l) - 3.56654 logioM

+ 0.876817 1 — 2.2195983

(2) saturation over liquid water

z = - 10.79586(^-1) -5.02808 logio"

+ 1.50474-10-^(1 - i0-8-29692(i/«-)) + 0.42873-10-3{104-76955(i-»)_i)

-2.2195983

According to this new formula, the corrections AP/P to the current ASHRAE table values ot the

saturation water vapor pressure are found to be extremely small, as shown in the following table.
over ice t (°F) ^P|P

-292 -0.00513

-220 -0.00216

-148 -0.001050 - 76 -0.000541 - 4 -0.000269

+ 32 -0.000181

over liquid 32 -0.000193

water 68 -0.0001320

104 -0.0000854

140 -0.0000493

176 -0.0000212

212 0.00000

For the engineering calculation, the algorithms based upon Goff's 1949 paper for PSYCHR should,

therefore, be sufficiently accurate.

Unit Conversion Table

V

P

To Convert From

[fts/lb] To

r

in Hg*

(32 °F)

[Btu/lb]

[Btu/lb °R]

[lb/lb]

V [m'Vkg]

P' [N/m^]

P" [kg/m2]

P'" [mm Hg]

h' [J/kg]

h" [kcal/kg]

s' [kcal/kg K]

s" [J/kgK] W [g/kg]

Operation Required

r= 0.06243 V

P' = 3386.389 P

P" =345.3 P

P"'=25.4 P

h' = (/i- 7.686) 2326

//i-7.686\

' =l"T:8-j

s' =5-0.01617

5" = (s- 0.01617) 4184

r' = 1000 r

*Density, 13.595 g/cm^

8. References

[1] Goff, J. A., and Gratch, S., Thermodynamic properties of moist air, ASHVE Transaction, 1945, pp. 125-164.

[2] Goff, J. A., Standardization of thermodynamic properties of moist air, ASHVE Journal Section, HPAC, Nov. 1949.

10
9. Sample Results of

Psychrometric Calculations
NOMENCLATURE

ALT Altitude, ft DB Dry-bulb temperature, F

WB Thermodynamic wet-bulb temperature, F

DP Dewpoint temperature, F

RH Relative humidity, percent

PV Vapor pressure, in. hg

W Humidity ratio H Enthalpy, Btu per lb of dry air S Entropy, Btu per F per lb of dry air V Volume, cu ft per lb of dry air PB Barometric pressure, in. hg

Thermodynamic properties tabulated in this publication are calculated

by the Goff and Gratch formulas originally published in Standardization

of Thermodynamic Properties of Moist Air (ASHVE Journal Section

1949).
DB WB DP

—40.0 —40.0 —40.0

.0 .0 .0

.0 —.1 —.6

.0 —.2 —1.2

.0 -.3 —1.9

.0 -.4 -2.5

.0 —.5 -3.2

.0 —.6 —3.9

.0 —.7 —4.6

.0 —.8 —5.4

.0 -.9 -6.2

.0 -1.0 —7.0

.0 —1.1 —7.8

.0 —1.2 —8.7

.0 —1.3 —9.7

.0 -1.4 -10.6

.0 —1.5 —11.6

.0 —1.6 —12.7

.0 —1.7 —13.8

.0 —1.8 —15.0

.0 -1.9 -16.3

.0 —2.0 —17.7

.0 -2.1 -19.2

.0 —2.2 —20.8

.0 -2.3 -22.5

.0 -2.4 -24.4

40.0 40.0 40.0

40.0 39.0 37.8

40.0 38.0 35.4

40.0 37.0 32.9

40.0 36.0 30.4

40.0 35.0 27.7

40.0 34.0 24.8

40.0 33.0 21.5 40.0 32.0 19.9 40.0 31.0 16.0

40.0 30.0 11.3 40.0 29.0 5.4 40.0 28.0 -2.5

40.0 27.0 -15.3

40.0 26.0 -85.5

PB =31.02, Altitude = -1000

RH PV W

100.0 .0038 .00008

100.0 .0376 .00076

96.9 .0365 .00074

93.8 .0353 .00071

90.7 .0341 .00069

87.5 .0330 .00066

84.4 .0318 .00064

81.3 .0306 .00062

78.2 .0294 .00059

75.1 .0283 .00057

72.0 .0271 .00055

68.9 .0259 .00052

65.8 .0248 .00050

62.7 .0236 .00048

59.7 .0225 .00045

56.6 .0213 .00043

53.5 .0201 .00041

50.4 .0190 .00038

47.3 .0178 .00036

44.3 .0167 .00034

41.2 .0155 .00031

38.1 .0143 .00029

35.0 .0132 .00027

32.0 .0120 .00024

28.9 .0109 .00022

25.8 .0097 .00020

100.0 .2477 .00503

91.7 .2271 .00461

83.5 .2069 .00420

75.5 .1870 .00379

67.6 .1674 .00339

59.8 .1481 .00300

52.1 .1291 .00261

44.6 .1104 .00223

41.3 .1024 .00207

34.2 .0846 .00171

27.1 .0671 .00135

20.1 .0499 .00101

13.3 .0330 .00067

6.6 .0164 .00033

.1 .0002 .00000

H S V

—9.54 —.0242 10.19

.80 —.0006 11.18

.77 —.0007 11.18

.75 —.0007 11.18

.72 -.0008 11.18

.70 -.0008 11.18

.67 —.0009 11.18

.65 —.0010 11.18

.62 -.0010 11.18

.60 —.0011 11.18

.57 -.0011 11.18

.55 —.0012 11.18

.52 —.0012 11.18

.50 —.0013 11.18

.47 —.0013 11 18

.45 -.0014 11.18

.42 —.0015 11.18

.40 —.0015 11.17

.37 —.0016 11.17

.35 -.0016 11.17

.32 -.0017 11.17

.30 —.0017 11.17

.28 -.0018 11.17

.25 —.0019 11.17

.23 -.0019 11.17

.20 -.0020 11.17

15.02 .0290 12.24 14.57 .0281 12.23 14.13 .0272 12.23 13.69 .0263 12.22 13.26 .0254 12.21

12.84 .0245 12.20 12.42 .0237 12.19

12.01 .0228 12.19

11.83 .0225 12.18 11.45 .0216 12.18

11.06 .0208 12.17

10.69 .0200 12.16

10.32 .0192 12.16 9.96 .0184 12.15

9.61 .0176 12.14

353-302 O - 70 - 3 13
PB =31.02, Altitude = - 1000 - Continued

DB WB DP RH PV W H S V

80.0 80.0 80.0 100.0 1.0323 .02152 42.79 .0822 13.57 80.0 79.0 78.7 95.7 .9879 .02056 41.74 .0802 13.55 80.0 78.0 77.3 91.5 .9445 .01963 40.72 .0783 13.53 80.0 77.0 75.9 87.4 .9020 .01872 39.73 .0765 13.51 80.0 76.0 74.5 83.3 .8604 .01783 38.75 .0746 13.49

80.0 75.0 73.0 79.4 .8196 .01696 37.80 .0729 13.48 80.0 74.0 71.6 75.5 .7797 .01611 36.87 .0711 13.46 80.0 73.0 70.1 71.7 .7406 .01529 35.97 .0694 13.44 80.0 72.0 68.5 68.0 .7024 .01448 35.08 .0677 13.42 80.0 71.0 66.9 64.4 .6649 .01369 34.22 .0661 13.41

80.0 70.0 65.3 60.9 .6282 .01292 33.37 .0645 13.39 80.0 69.0 63.6 57.4 .5922 .01216 32.54 .0629 13.37 80.0 68.0 61.9 54.0 .5570 .01143 31.74 .0613 13.36 80.0 67.0 60.1 50.6 .5225 .01071 30.95 .0598 13.34 80.0 66.0 58.2 47.3 .4887 .01000 30.18 .0583 13.33

80.0 65.0 56.2 44.1 .4556 .00931 29.42 .0569 13.31 80.0 64.0 54.2 41.0 .4231 .00864 28.69 .0555 13.30 80.0 63.0 52.1 37.9 .3913 .00798 27.97 .0540 13.29 80.0 62.0 49.8 34.9 .3602 .00734 27.26 .0527 13.27 80.0 61.0 47.5 31.9 .3296 .00671 26.57 .0513 13.26

80.0 60.0 44.9 29.0 .2997 .00609 25.90 .0500 13.25 80.0 59.0 42.3 26.2 .2703 .00549 25.23 .0487 13.23 80.0 58.0 39.4 23.4 .2415 .00490 24.59 .0474 13.22 80.0 57.0 36.2 20.7 .2132 .00432 23.96 .0461 13.21 80.0 56.0 32.7 18.0 .1856 .00376 23.34 .0448 13.20

80.0 55.0 29.2 15.3 .1584 .00321 22.73 .0436 13.19 80.0 54.0 25.2 12.8 .1317 .00266 22.14 .0424 13.18 OA A 80.0 CO A

53.0 OA /* 10.2 .1056 .00213 21.55 .0412 13.16 80.0 52.0 14.8 7.7 .0799 .00161 20.98 .0400 13.15 80.0 51.0 7.3 5.3 .0547 .00110 20.43 .0388 13.14

80.0 50.0 -4.3 2.9 .0300 .00061 19.88 .0376 13.13 80.0 49.0 -33.3 .6 .0058 .00012 19.34 .0364 13.12

14
PB =31.02, Altitude = - 1 000 - Continued

DB WB DP RH PV W H S V

1 OA A 120.0 1 OA A

120.0 1 AA A 100.0 3.4476 .07826 115.94 .2126 15.86

1 9n n 1 1 8 n 117 8 Q4 0 O.COVO Q 9QQQ 07908 110 Of\OA .ZUZ4 1 rC HA lo. (4

1 on n 1 1 <^ n 1 10.

1

1 10.0 88 9 oXjov i .UD <yo 1 0/1 K1 1U4.01 1 097 lo.bo 114 0 11

1lO.^ Q 9 89 fi 9 84aQ 0fiQ9fi .UDoZO QQ on yy.zo 1 QQC; .looO 1 K KO

120.0 112.0 110.9 77.3 2.6649 .05880 94.29 .1748 15.42

120.0 110.0 108.5 72.2 2.4892 .05458 89.60 .1665 15 32

1 90 n 1 ns n 1lUD.l fifi 1 fi7 ^ 9 "^908 of^o^ia oO.lO 1 ^Qd .lOoD 1 p; 9Q

1lUD.U Hfi n 1 n'^ 7 fi9 9 1 ^QK 04fi80 80 Q4 oU.y4 1 c;i 1 .lull 1 c; 1 r: 10. 10

1 9n n 1 04 0 101 9 (^8 9 ^UUOU 9 OOPJO 04Q99 7fi

1 D.yDQA 14/10 .144U 1 n7 10. U ( 120.0 102.0 98.7 53.9 1.8571 .03982 73.18 .1372 14.99

1 or> n 1 nn n

yo.i 4y.o 1 71 KA 1. / lo4 .UoDuU fiO f^Q uy.oy 1 Qoa .loVo 1 A Q9 14.yz

1 9A fl QQ n QQ A 40.O 1 c;7Q7 1.0 ( y / .UooOO 1 Q oD.iy .lZ4b 1 A acc 14.80 IZU.U Qfi n Qo a yu.o /I9 1 4^.1 1 44Q7 1.44y < OQOfit; .UoUDO ft9 07 1 1 aa .1 loo 1 A TO 14. /y

1 9A n IZU.U Q/i n 87 a Q8 4 00.4 l.O^Oo .uz 09700 ( yu fiO 01 oy.yi 1 1 Q9 1 A 79 14. (Z 120.0 92.0 84.8 35.0 1.2062 .02529 57.00 .1078 14.66

1 OA A 120.0 AA A

yO.O 0 1 '7 81./ ol. / i.uyZi AOOQI KA OA 04.Z4 1 n9'7 i4.bi

uQ n oo.U iO.O 9a r; 0890 09n/( K1 CI Ol.Dl n07Q .uy (y 1 A Kd 14.0b

1 on n Qd n cSb.U

7t; 1 (0.1 9c; zo.o 87aQ .0 loo 01 891 /1Q 1 9 4y.iz nQQ9 1 /I K1 14.01

1 on n C/1 n

84.

71/ 1.0 99 a 7789 . 1 lo6 01 fioa Ad IK 4D. (0 .Uooo 1 A Ad 14.4b

120.0 82.0 67.7 19.8 .6822 .01405 44.49 .0845 14.41

1 OA A 120.0 OA A

bo.D 17 1 i t.l .oyu4 01 91 9 49 Q4 nao4 114.0 4 Q7(

1 OA A 120.0 '70 A

78.

14.D Kn99 m n9Q /in 9Q 4u.zy .U (bo 1 A OO 14.33

1 OA A 120.0 76.0 CO A

od.9 1 O 1 12.1 /I 1 OA .4180 .00853 38.34 .mil 1 A OA 14.29

120.0 74.0 48.1 9.8 .3372 .00687 36.48 .0691 14.25

120.0 72.0 41.2 7.5 .2597 .00528 34.71 .0656 14.21

120.0 70.0 32.7 5.4 .1855 .00376 33.02 .0622 14.18 120.0 68.0 22.2 3.3 .1143 .00231 31.41 .0589 14.15

120.0 66.0 3.9 1.3 .0460 .00093 29.87 .0556 14.11

15
PB =31.02, Altitude = -1000-Continued

DB WB DP RH PV W H S V

160.0 160.0 160.0 100.0 9.6555 .28371 358.97 .6192 21.88

160.0 158.0 157.9 95.1 9.1863 .26407 336.81 .5829 21.41

160.0 156.0 155.8 90.5 8.7346 .24595 316.37 .5493 20.98

160.0 154.0 153.7 86.0 8.2998 .22919 297.46 .5181 20.58

160.0 152.0 151.6 81.6 7.8813 .21366 279.93 .4892 20.21

160.0 150.0 149.5 77.5 7.4787 .19924 263.66 .4622 19.86 160.0 148.0 147.4 73.4 7.0915 .18584 248.52 .4370 19.54 160.0 146.0 145.2 69.6 6.7191 .17335 234.43 .4135 19.24 160.0 144.0 143.0 65.9 6.3611 .16170 221.28 .3915 18.96 160.0 142.0 140.9 62.3 6.0171 .15083 208.99 .3709 18.70

160.0 140.0 138.7 58.9 5.6865 .14066 197.51 .3515 18.46 160.0 138.0 136.5 55.6 5.3688 .13114 186.75 .3334 18.23 160.0 136.0 134.2 52.4 5.0638 .12221 176.67 .3163 18.01 160.0 134.0 132.0 49.4 4.7709 .11384 167.21 .3002 17.81 160.0 132.0 129.7 46.5 4.4897 .10598 158.33 .2850 17.62

160.0 130.0 127.4 43.7 4.2198 .09859 149.98 .2707 17.45 160.0 128.0 125.0 41.0 3.9608 .09165 142.13 .2572 17.28 160.0 126.0 122.7 38.4 3.7124 .08510 134.73 .2445 17.12 160.0 124.0 120.3 36.0 3.4741 .07894 127.77 .2324 16.97 160.0 122.0 117.8 33.6 3.2455 .07313 121.20 .2210 16.83

160.0 120.0 115.4 31.3 3.0264 .06765 115.00 .2102 16.70 160.0 118.0 112.8 29.2 2.8163 .06248 109.16 .1999 16.58 160.0 116.0 110.2 27.1 2.6150 .05759 103.63 .1902 16.46 160.0 114.0 107.6 25.1 2.4220 .05298 98.41 .1810 16.35 160.0 112.0 104.9 23.2 2.2372 .04862 93.48 .1723 16.24

160.0 110.0 102.1 21.3 2.0601 .04449 88.81 .1639 16.14 160.0 108.0 99.3 19.6 1.8904 .04058 84.39 .1560 16.05 160.0 106.0 96.3 17.9 1.7279 .03689 80.21 .1485 15.96 160.0 104.0 93.2 16.3 1.5724 .03338 76.25 .1414 15.87 160.0 102.0 90.0 14.7 1.4234 .03007 72.49 .1345 15.79

160.0 100.0 86.7 13.3 1.2807 .02692 68.93 .1280 15.72 160.0 98.0 83.2 11.9 1.1442 .02394 65.56 .1218 15.65 160.0 96.0 79.4 10.5 1.0135 .02111 62.36 .1159 15.58 160.0 94.0 75.5 9.2 .8883 .01842 59.32 .1103 15.51 160.0 92.0 71.1 8.0 .7685 .01588 56.44 .1049 15.45

160.0 90.0 66.4 6.8 .6539 .01346 53.70 .0997 15.39 160.0 88.0 61.2 5.6 .5441 .01116 51.09 .0947 15.34 160.0 86.0 55.2 4.5 .4391 .00897 48.62 .0900 15.29 160.0 84.0 48.2 3.5 .3385 .00689 46.27 .0854 15.23 160.0 82.0 39.4 2.5 .2422 .00492 44.03 .0810 15.19

160.0 80.0 28.0 1.6 .1500 .00304 41.90 .0767 15.14 160.0 78.0 9.6 .6 .0617 .00125 39.88 .0725 15.10

16
PB =29.92, Altitude = 0

DB WB DP

-40.0 -40.0 -40.0

.0 .0 .0

.0 -.1 -.6

.0 -.2 -1.2

.0 -.3 -1.8

.0 -.4 -2.4

.0 -.5 -3.1

.0 -.6 -3.8

.0 -.7 -4.5

.0 -.8 -5.2

.0 -.9 -6.0

.0 -1.0 -6.7

.0 -1.1 -7.6

.0 -1.2 -8.4

.0 -1.3 -9.3

.0 -1.4 -10.2

.0 -1.5 -11.2

.0 -1.6 -12.2

.0 -1.7 -13.3

.0 -1.8 —14.4

.0 -1.9 -15.6

.0 -2.0 -16.9

.0 -2.1 -18.2

.0 —2.2 — 19.7

.0 —2.3 —21.3

.0 —2.4 —23.0

.0 —2.5 —25.0

40.0 40.0 40.0

40.0 39.0 37.8

40.0 38.0 35.5

40.0 37.0 33.1 40.0 36.0 30.6

40.0 35.0 28.0

40.0 34.0 25.2 40.0 33.0 22.0 40.0 32.0 20.5 40.0 31.0 16.7

40.0 30.0 12.3 40.0 29.0 6.9 40.0 28.0 -.2

40.0 27.0 -10.9

40.0 26.0 -35.6

RH PV W

100.0 .0038 .00008

100.0 .0376 .00079

97.0 .0365 .00076

93.9 .0354 .00074

90.9 .0342 .00072

87.9 .0331 .00069

84.9 .0320 .00067

81.9 .0308 .00064

78.9 .0297 .00062

75.9 .0286 .00060

72.9 .0274 .00057

69.8 .0263 .00055

66.8 .0252 .00053

63.8 .0240 .00050

60.8 .0229 .00048

57.9 .0218 .00046

54.9 .0207 .00043

51.9 .0195 .00041

48.9 .0184 .00038

45.9 .0173 .00036

42.9 .0162 .00034

39.9 .0150 .00031

37.0 .0139 .00029

34.0 .0128 .00027

31.0 .0117 .00024

28.1 .0106 .00022

25.1 .0094 .00020

100.0 .2477 .00521

91.9 .2275 .00479

83.9 .2077 .00437

76.0 .1882 .00395

68.2 .1690 .00355

60.6 .1501 .00315

53.1 .1315 .00276

45.7 .1132 .00237

42.5 .1052 .00220

35.4 .0877 .00184

28.5 .0705 .00148

21.7 .0537 .00112

15.0 .0372 .00078

8.5 .0209 .00044

2.0 .0050 .00010

H S V

-9.53 —.0217 10.57

.83 .0019 11.59

.81 .0019 11.59

.78 .0018 11.59

.76 .0018 11.59

.73 .0017 11.59

.71 .0016 11.59

.68 .0016 11.59

.66 .0015 11.59

.68 .0015 11.59

.61 .0014 11.59

.58 .0014 11.59

.56 .0013 11.59

.53 .0013 11.59

.51 .0012 11.59

.48 .0011 11.59

.46 .0011 11.59

.43 .0010 11.59

,41 .0010 11.59

.38 .0009 11.59

.36 .0009 11.59

.33 .0008 11.58

.31 .0007 11.58

.28 .0007 11.58

.26

AAA/? .0006 1 1 CO

11.58

.23 AAA/> .0006

1 1 CO 11.58

.21 .0005

1 1 CO

11.58

15.23 .0319 12.70 14.77 .0309 12.69 14.32 .0300 12.68 13.87 .0291 12.67

13.43 .0282 12.66

13.00 .0274 12.65 12.58 .0265 12.65 12.17 .0256 12.64 11.98 .0253 12.63 11.59 .0244 12.63

11.20 .0236 12.62

10.82 .0228 12.61 10.45 .0220 12.61 10.08 .0212 12.60 9.72 .0203 12.59

17
PB =29.92, Altitude = 0- Continued

J_/ -L> WB DP RH PV W H s V

80.0 80.0 80.0 100.0 1.0323 .02233 43.69 .0864 14.09 OA A r7Q A

lo. I yo. / nooo AO 1 Olt AO c^^ 4Z.bl AO A A .0844 1 A on 14.07 QA A

3U.U IQ A i 1.6 QIC yi.b OA .y4oo AOAQQ A 1 41.Ob AQ9/I .UoZ4 1 A AC 14.Uo

OA A ni A

/ /.O <o.y ^7 C OAOO A 1 OA K .uiy4o AO KO AQAC 1 A AO

OA A 80.0

'7^ A

74.0 oo c o3.5 0/?0A .obZU A1 OC yl .01oo4 OO COoy.oo .0<ab 1 A A1 14.U1

80.0 75.0 73.1 79.6 .8216 .01764 38.55 .0768 13.99 QA A '7/1 A 71 7 7c; c A 1 C'77 .Ulb (

/

07 ao 6 i.bv A7CA 1 o on lo.y / oU.U lo.v 79 n . ( 4o0 ni i^Q9 .uioy^ Qfi fi7 0700 1 0 QC lo.yo

QA A 10 A oc5.0 A bo.4 . IVOO A1 KOQ .uiouy Qt; 7<? A71 C

.U ( 10 1 0 QO lo.yo

QA n ( i.U (Kl 1 D ( .1 t)4.o .bboO m AOQ QA 87 A^!QQ .ubyo 1 0 Q1 lo.y 1

80.0 70.0 65.5 61.2 .6322 .01349 34.00 .0682 13.90 QA A CO A

by.u CQ Q DO.O r;'? Q Oi.o .ovb i A1 971 00 1 n; .Ubbb 1 0 QO

QA A an A fi9 1 04.4 .Oblo All .ui lyb 09 09 ACCA .UboU 1 Q QC

QA A A bU.o K1 1 01.1 (^977 .OZ i i All 99 01 p;i ol.ol .Ubo4 1 o oc 13.o5 QA A OD.U Oo.o A1 Q 4 i.v .4y4o A1 AKA OA 79 AC 1 O .ubiy 1 O OO 13.53

80.0 65.0 56.6 44.7 .4616 .00979 29.95 .0604 13.81 OA A 80.0 b4.0 54.b 41.b A one .uuyiu on 1

A

zy.iy Acon 1 O OA 13.00 80.0 63.0 52.5 oo38.6 ono 1 AAO/1 O .UUo4Z oc A c; AC7C .UO (0 1 0 7Q lo. ly 80.0 62.0 50.4 35.6 .3674 AA^'7^ .00777 on no ACC

1

.Uobi 1 0 nn lo. ( ( 80.0 61.0 48.1 32.7 .3372 AA^ 1 O .00712 on oo 27.02 AC A n

.054 ( 1 o ni2 13. lb

80.0 60.0 45.6 29.8 .3076 .00649 26.33 .0533 13.74 80.0

r A A 59.0 O A

43.0 on A27.0 .2787 AAr^o^ .00587 2o.bb ACOA .0520 1 o no 13.73 OA A CO A /i A O 40.3 Of^AO .zoUz OA OO Z4.yy ACA^T 1 0 no

O A A 80.0 57.00*7 O 37.3 0 1 c 21.0 .2224 AA A£iO .00468 OA OC 24.35 OAOA .0494 1 o no 13.70 OA A 80.0 56.0 34.0 ion 18.9 .1951 AA A ^ f\ .00410 oo n't 23.71 .0481 1 O CO 13.69

80.0 55.0 30.5 16.3 .1683 .00353 23.09 .0468 13.68 OA A 80.0 54.0 o/* o 26.8 1 o o 13.8 1 A OA .1420 AAono oo AO OA CC .U4ob 1 o an 13.67 QA A A Oo.U i l.o 1 1 fi*? 91 SQ 0444 io.DO 80.0 52.0 17.5 8.8 .0910 .00191 21.31 .0432 13.64 80.0 51.0 11.0 6.4 .0662 .00139 20.74 .0419 13.63

80.0 50.0 2.1 4.1 .0419 .00088 20.18 .0407 13.62 80.0 49.0 -13.6 1.7 .0180 .00038 19.63 .0395 13.61

18
PB =29.92, Altitude =0- Continued

DB WB DP RH PV W H S V

120.0 120.0 120.0 100.0 3.4476 .08151 119.55 .2217 16.52 120.0 118.0 117.8 94.0 3.2402 .07600 113.43 .2110 16.39

120.0 116.0 115.5 88.2 3.0413 .07080 107.64 .2009 16.27 120.0 114.0 113.2 82.7 2.8508 .06589 102.18 .1914 16.15

120.0 112.0 110.9 77.4 2.6682 .06125 97.02 .1823 16.04

120.0 110.0 108.6 72.3 2.4933 .05686 92.14 .1737 15.94 120.0 108.0 106.2 67.5 2.3257 .05271 87.53 .1655 15.85

120.0 106.0 103.8 62.8 2.1652 .04879 83.16 .1577 15.75 120.0 104.0 101.3 58.3 2.0116 .04507 79.02 .1504 15.67 120.0 102.0 98.8 54.1 1.8644 .04155 75.11 .1433 15.58

120.0 100.0 96.2 50.0 1.7235 .03822 71.39 .1366 15.51 120.0 98.0 93.6 46.1 1.5886 .03505 67.88 .1303 15.43 120.0 96.0 90.8 42.3 1.4595 .03206 64.54 .1242 15.36 120.0 94.0 88.0 38.7 1.3359 .02921 61.37 .1184 15.30 120.0 92.0 85.1 35.3 1.2175 .02651 58.37 .1129 15.23

120.0 90.0 82.1 32.0 1.1043 .02395 55.51 .1077 15.17 120.0 88.0 78.9 28.9 .9958 .02152 52.80 .1026 15.12 120.0 86.0 75.6 25.9 .8920 .01920 50.23 .0978 15.06 120.0 84.0 72.1 23.0 .7927 .01700 47.78 .0932 15.01 120.0 82.0 68.3 20.2 .6975 .01491 45.45 .0888 14.96

120.0 80.0 64.3 17.6 .6065 .01293 43.24 .0846 14.91 120.0 78.0 59.9 15.1 .5192 .01103 41.13 .0806 14.87 120.0 76.0 55.0 12.6 .4357 .00923 39.12 .0767 14.83 120.0 74.0 49.5 10.3 .3557 .00752 37.21 .0730 14.79 120.0 72.0 43.1 8.1 .2790 .00588 35.39 .0694 14.75

120.0 70.0 35.3 6.0 .2055 .00432 33.65 .0659 14.71 120.0 68.0 25.8 8.9 .1351 .00283 31.99 .0625 14.68 120.0 66.0 11.4 2.0 .0675 .00141 30.41 .0592 14.65 120.0 64.0 -44.9 .1 .0028 .00006 28.90 .0559 14.61

19
PB =29.92, Altitude =0- Continued

DB WB DP RH PV W H S V

160.0 160.0 160.0 100.0 9.6555 .29909 376.34 .6512 23.07

160.0 158.0 157.9 95.1 9.1872 .27810 352.66 .6124 22.55

160.0 156.0 155.8 90.5 8.7363 .25877 330.86 .5766 22.07

160.0 154.0 153.7 86.0 8.3023 .24093 310.73 .5434 21.63

160.0 152.0 151.6 81.7 7.8847 .22443 292.11 .5127 21.22

160.0 150.0 149.5 77.5 7.4829 .20915 274.86 .4841 20.84

160.0 148.0 147.4 73.5 7.0965 .19495 258.84 .4574 20.49

160.0 146.0 145.2 69.6 6.7250 .18176 243.94 .4326 20.16

160.0 144.0 143.1 66.0 6.3679 .16947 230.06 .4094 19.85 160.0 142.0 140.9 62.4 6.0246 .15800 217.11 .3876 19.57

160.0 140.0 138.7 59.0 5.6948 .14730 205.02 .3673 19.30 160.0 138.0 136.5 55.7 5.3780 .13728 193.71 .3481 19.05 160.0 136.0 134.3 52.5 5.0738 .12791 183.12 .3302 18.82 160.0 134.0 132.1 49.5 4.7817 .11913 173.20 .3133 18.60 160.0 132.0 129.8 46.6 4.5013 .11089 163.89 .2974 18.39

160.0 130.0 127.5 43.8 4.2323 .10316 155.15 .2825 18.20

160.0 128.0 125.2 41.2 3.9741 .09589 146.93 .2683 18.02

160.0 126.0 122.8 38.6 3.7264 .08905 139.20 .2550 17.85

160.0 124.0 120.4 36.1 3.4889 .08261 131.93 .2424 17.69

160.0 122.0 118.0 33.8 3.2612 .07655 125.07 .2305 17.54

160.0 120.0 115.5 31.5 3.0429 .07084 118.61 .2192 17.39 160.0 118.0 113.0 29.3 2.8336 .06545 112.52 .2086 17.26

160.0 116.0 110.5 27.3 2.6330 .06036 106.77 .1985 17.13

160.0 114.0 107.9 25.3 2.4409 .05556 101.34 .1889 17.01 160.0 112.0 105.2 23.4 2.2568 .05102 96.20 .1798 16.90

160.0 110.0 102.4 21.5 2.0805 .04673 91.35 .1711 16.79 160.0 108.0 99.6 19.8 1.9117 .04268 86.76 .1629 16.69 160.0 106.0 96.7 18.1 1.7500 .03884 82.42 .1551 16.59 160.0 104.0 93.7 16.5 1.5952 .03521 78.31 .1477 16.50 160.0 102.0 90.6 15.0 1.4470 .03177 74.42 .1406 16.42

160.0 100.0 87.3 13.5 1.3051 .02851 70.73 .1339 16.34 160.0 98.0 83.8 12.1 1.1694 .02542 67.24 .1275 16.26 160.0 96.0 80.2 10.8 1.0394 .02249 63.93 .1214 16.19

160.0 94.0 76.3 9.5 .9151 .01971 60.78 .1156 16.12 160.0 92.0 72.2 8.2 .7961 .01708 57.80 .1100 16.05

160.0 90.0 67.7 7.1 .6822 .01458 54.97 .1046 15.99 160.0 88.0 62.7 5.9 .5732 .01220 52.28 .0995 15.93 160.0 86.0 57.0 4.9 .4689 .00995 49.73 .0946 15.87

160.0 84.0 50.5 3.8 .3691 .00780 47.30 .0899 15.82 160.0 82.0 42.6 2.8 .2736 .00576 44.99 .0854 15.77

160.0 80.0 32.2 1.9 .1822 .00383 42.80 .0810 15.72 160.0 78.0 18.3 1.0 .0946 .00198 40.71 .0767 15.67 160.0 76.0 -22.5 .1 .0109 .00023 38.72 .0724 15.63

20
VV D DP

-40.0 -40.0 -40.0

.0 .0 .0 .0 —.1 —.6

.0 —.2 —1.2

.0 —.3 —1.8

.0 -.4 -2.4

.0 -.5 -3.0

.0 -.6 -3.7

.0 —.7 —4.3

.0 -.8 -5.0

.0 -.9 -5.8

.0 -1.0 -6.5

.0 — 1.1 -7.3

.0 -1.2 -8.1

.0 -1.3 -8.9

.0 -1.4 -9.8

.0 —1.5 —10.7

.0 — 1.6 -11.7

.0 — 1.7 —12.7

.0 — 1.8 —13.8

.0 -1.9 -14.9

.0 —2.0 —16.1

.0 -2.1 -17.4

.0 -2.2 -18.7

.0 —2.3 OA O —20.2

.0 —2.4 —21.8

.0 —2.5 —23.5

.0 -2.6 -25.4

40.0 40.0 40.0

40.0 39.0 37.9 40.0 38.0 35.6

40.0 37.0 33.2

40.0 36.0 30.8

40.0 35.0 28.3

40.0 34.0 25.6

40.0 33.0 22.5 40.0 32.0 21.0

40.0 31.0 17.4

40.0 30.0 13.2 40.0 29.0 8.2 40.0 28.0 1.7 40.0 27.0 -7.5

40.0 26.0 —24.6

353-302 O - 70 - 4

PB =28.86, Altitude = 1000

Xv XX PVX V wVV

100.0 .0038 .00008

100.0 .0376 .00082

97.1 .0365 .00079

94.1 .0354 .00077

91.2 .0343 .00074

88.3 .0332 .00072

85.3 .0321 .00070

82.4 .0310 .00067

79.5 .0299 .00065

76.6 .0288 .00062

73.6 .0277 .00060

70.7 .0266 .00058

67.8 .0255 .00055

64.9 .0244 .00053

62.0 .0233 .00051

59.1 .0222 .00048

56.2 .0212 .00046

53.3 .0201 .00043

50.4 .0190 .00041

47.5 .0179 .00039

44.6 .0168 .00036

41.7 .0157 .00034

38.8 .0146 .00032

35.9 .0135 .00029

33.1 .0124 .00027

30.2 .0114 .00025

27.3 .0103 .00022

24.4 .0092 .00020

100.0 .2477 .00541

92.0 .2279 .00497

84.2 .2085 .00454

76.4 .1893 .00412

68.8 .1705 .00371

61.4 .1520 .00331

54.0 .1338 .00291

46.8 .1158 .00252

43.5 .1078 .00234

36.6 .0907 .00197

29.8 .0739 .00160

23.2 .0574 .00124

16.6 .0412 .00089

10.2 .0253 .00055

3.9 .0097 .00021

rl Qo V

-9.52 -.0192 10.96

.87 .0045 12.02

.84 .0044 12.02

.82 .0044 12.02

.79 .0043 12.02

.77 .0043 12.02

.74 .0042 12.02

.72 .0041 12.02

.69 .0041 12.02

.67 .0040 12.02

.64 .0040 12.02

.62 .0039 12.02

.59 .0039 12.02

.56 .0038 12.01

.54 .0037 12.01

.51 .0037 12.01

.49 .0036 12.01

.46 .0036 12.01

.44 .0035 12.01

.41 .0035 12.01

.39 .0034 12.01

.36 .0033 12.01

.34 .0033 12.01

.31 .0032 12.01

.29 .0032 12.01

.26 .0031 12.01

.24 .0031 12.01

^21 .0030 12.01

15.44 .0348 13.17 14.97 .0338 13.16

14 "il 0399 13iO. 15X(J 14.06 .0320 13.14

13.61 .0311 13.13

13xo. 18xo 0309 13.12 12.75 .0293 13.11 12 33 0284 13.11 12.14 .0281 13.10

11.74 .0272 13.09

11.34 .0264 13.09 10.95 .0256 13.08 10.57 .0247 13.07

10.20 .0239 13.06

9.84 .0231 13.06
PB =28.86, Altitude = 1000 -Continued

DB WB DP RH PV W H S V

80.0 80.0 80.0 100.0 1.0323 .02318 44.62 .0907 14.62 80.0 79.0 78.7 95.8 .9887 .02217 43.51 .0886 14.60 80.0 78.0 77.3 91.7 .9461 .02118 42.43 .0866 14.58 80.0 77.0 76.0 87.6 .9044 .02021 41.37 .0846 14.56 80.0 76.0 74.6 83.7 .8635 .01927 40.34 .0827 14.54

80.0 75.0 73.2 79.8 .8236 .01835 39.34 .0808 14.52 80.0 74.0 71.7 76.0 .7845 .01746 38.35 .0790 14.50 80.0 73.0 70.3 72.3 .7462 .01658 37.39 .0772 14.48 80.0 72.0 68.8 68.7 .7087 .01573 36.46 .0754 14.46 80.0 71.0 67.2 65.1 .6720 .01489 35.54 .0737 14.44

80.0 70.0 65.6 61.6 .6361 .01408 34.65 .0720 14.42 80.0 69.0 64.0 58.2 .6009 .01328 33.78 .0703 14.40 80.0 68.0 62.3 54.9 .5665 .01251 32.93 .0687 14.38 80.0 67.0 60.6 51.6 .5327 .01175 32.10 .0671 14.37 80.0 66.0 58.8 48.4 .4997 .01101 31.29 .0655 14.35

80.0 65.0 56.9 45.3 .4674 .01028 30.49 .0640 14.33 80.0 64.0 55.0 42.2 .4357 .00957 29.72 .0625 14.32 80.0 63.0 53.0 39.2 .4047 .00888 28.96 .0610 14.30 80.0 62.0 50.9 36.3 .3743 .00821 28.22 .0595 14.29 80.0 61.0 48.6 33.4 .3445 .00755 27.49 .0581 14.27

80.0 60.0 46.3 30.5 .3153 .00690 26.79 .0567 14.26 80.0 59.0 43.8 27.8 .2867 .00627 26.09 .0554 14.24 80.0 58 .0 41.1 25.1 .2587 .00565 25.42 .0540 14.23 80.0 57.0 38.2 22.4 .2312 .00504 24.75 .0527 14.22 80.0 56.0 35.1 19.8 .2043 .00445 24.10 .0514 14.20

80.0 55.0 31.7 17.2 .1779 .00387 23.47 .0501 14.19 80.0 54.0 28.3 14.7 .1520 .00331 22.85 .0488 14.18 80.0 53.0 24.4 12.3 .1266 .00275 22.24 .0476 14.16 80.0 52.0 19.8 9.9 .1017 .00221 21.64 .0463 14.15 80.0 51.0 14.2 7.5 .0773 .00168 21.06 .0451 14.14

80.0 50.0 6.8 5.2 .0533 .00116 20.49 .0439 14.13 80.0 49.0 -4.4 2.9 .0298 .00065 19.93 .0427 14.12 80.0 48.0 -30.5 .7 .0068 .00015 19.38 .0414 14.10

22
PB = 28.86, Altitude = 1000- Continued

DB WB DP RH PV W H S V

120.0 120.0 120.0 100.0 3.4476 .08490 123.33- .2311 17.21 120.0 118.0 117.8 94.0 3.2410 .07916 116.95 .2200 17.07 120.0 116.0 115.5 88.3 3.0429 .07374 110.92 .2094 16.94 120.0 114.0 113.3 82.8 2.8531 .06863 105.24 .1995 16.81 120.0 112.0 111.0 77.5 2.6714 .06380 99.87 .1900 16.70

120.0 110.0 108.7 72.4 2.4972 .05925 94.80 .1811 16.59

120.0 108.0 106.3 67.6 2.3305 .05494 90.01 .1726 16.48 120.0 106.0 103.9 63.0 2.1708 .05086 85.47 .1645 16.38 120.0 104.0 101.4 58.5 2.0179 .04700 81.18 .1569 16.29

120.0 102.0 98.9 54.3 1.8715 .04335 77.12 .1496 16.20

120.0 100.0 96.4 50.2 1.7314 .03990 73.27 .1427 16.12

120.0 98.0 93.7 46.3 1.5973 .03662 69.63 .1361 16.04 120.0 96.0 91.0 42.6 1.4689 .03352 66.17 .1298 15.96 120.0 94.0 88.3 39.0 1.3461 .03058 62.89 .1238 15.89 120.0 92.0 85.4 35.6 1.2285 .02778 59.79 .1181 15.82

120.0 90.0 82.4 32.4 1.1160 .02514 56.84 .1127 15.76

120.0 88.0 79.3 29.2 1.0083 .02262 54.04 .1075 15.70 120.0 86.0 76.0 26.3 .9053 .02023 51.38 .1025 15.64 120.0 84.0 72.6 23.4 .8067 .01797 48.85 .0978 15.59 120.0 82.0 68.9 20.7 .7123 .01581 46.45 .0933 15.53

120.0 80.0 65.0 18.0 .6220 .01376 44.17 .0889 15.48 120.0 78.0 60.7 15.5 .5355 .01181 42.00 .0848 15.44 120.0 76.0 56.1 13.1 .4527 .00995 39.93 .0808 15.39

120.0 74.0 50.8 10.8 .3734 .00819 37.96 .0770 15.35 120.0 72.0 44.8 8.6 .2975 .00651 36.09 .0733 15.31

120.0 70.0 37.5 6.5 .2248 .00490 34.30 .0697 15.27 120.0 68.0 28.7 4.5 .1551 .00337 32.60 .0663 15.23 120.0 66.0 16.9 2.6 .0883 .00192 30.98 .0629 15.20

120.0 64.0 -8.2 .7 .0243 .00053 29.43 .0596 15.16

23
PB =28.86, Altitude = 1 000 - Continued

DB WB DP RH PV W H S V

160.0 160.0 160.0 100.0 9.6555 .31557 394.96 .6854 24.34

160.0 158.0 157.9 95.2 9.1880 .29309 369.61 .6438 23.77

160.0 156.0 155.8 90.5 8.7380 .27245 346.32 .6056 23.23

160.0 154.0 153.8 86.0 8.3048 .25344 324.87 .5702 22.75

160.0 152.0 151.7 81.7 7.8880 .23589 305.06 .5375 22.29

160.0 150.0 149.5 77.5 7.4870 .21966 286.74 .5071 21.88

160.0 148.0 147.4 73.5 7.1014 .20462 269.76 .4789 21.49

160.0 146.0 145.3 69.7 6.7307 .19065 254.00 .4526 21.13

160.0 144.0 143.1 66.0 6.3744 .17767 239.33 .4281 20.79

160.0 142.0 141.0 62.5 6.0319 .16557 225.68 .4051 20.48

160.0 140.0 138.8 59.1 5.7029 .15429 212.93 .3837 20.19

160.0 138.0 136.6 55.8 5.3869 .14376 201.04 .3636 19.92 160.0 136.0 134.4 52.6 5.0835 .13391 189.91 .3447 19.66 160.0 134.0 132.1 49.6 4.7922 .12469 179.49 .3270 19.43 160.0 132.0 129.9 46.7 4.5126 .11605 169.73 .3103 19.20

160.0 130.0 127.6 44.0 4.2443 .10795 160.57 .2947 18.99 160.0 128.0 125.3 41.3 3.9869 .10034 151.97 .2799 18.80 160.0 126.0 122.9 38.7 3.7400 .09319 143.88 .2659 18.61 160.0 124.0 120.6 36.3 3.5033 .08646 136.28 .2528 18.44 160.0 122.0 118.2 33.9 3.2763 .08013 129.13 .2404 18.27

160.0 120.0 115.7 31.7 3.0587 .07417 122.39 .2286 18.12 160.0 118.0 113.2 29.5 2.8502 .06855 116.03 .2175 17.97 160.0 116.0 110.7 27.5 2.6505 .06325 110.04 .2069 17.84 160.0 114.0 108.1 25.5 2.4591 .05825 104.39 .1970 17.71 160.0 112.0 105.5 23.6 2.2758 .05353 99.05 .1875 17.59

160.0 110.0 102.8 21.8 2.1002 .04908 94.01 .1785 17.47 160.0 108.0 100.0 20.0 1.9322 .04486 89.24 .1700 17.36 160.0 106.0 97.1 18.3 1.7712 .04088 84.73 .1619 17.26

160.0 104.0 94.1 16.7 1.6172 .03711 80.47 .1542 17.16

160.0 102.0 91.1 15.2 1.4698 .03354 76.43 .1469 17.07

160.0 100.0 87.8 13.8 1.3287 .03016 72.61 .1399 16.98 160.0 98.0 84.5 12.4 1.1936 .02696 68.99 .1333 16.90

160.0 96.0 80.9 11.0 1.0644 .02393 65.56 .1270 16.82 160.0 94.0 77.2 9.7 .9408 .02106 62.30 .1209 16.74 160.0 92.0 73.2 8.5 .8226 .01833 59.22 .1152 16.67

160.0 90.0 68.8 7.3 .7094 .01574 56.29 .1097 16.61 160.0 88.0 64.0 6.2 .6012 .01329 53.51 .1044 16.54 160.0 86.0 58.7 5.2 .4977 .01096 50.88 .0994 16.48 160.0 84.0 52.6 4.1 .3986 .00875 48.37 .0945 16.42 160.0 82.0 45.3 3.1 .3038 .00665 45.99 .0898 16.37

160.0 80.0 36.2 2.2 .2131 .00465 43.73 .0854 16.32 160.0 78.0 24.3 1.3 .1263 .00275 41.58 .0810 16.27 160.0 76.0 2.7 .4 .0433 .00094 39.53 .0767 16.22

24
UD WRW JJ

-40.0 -40.0 -40.0

.0 .0 .0 .0 —.1 —.6

.0 —.2 —1.1

.0 —.3 —1.7

.0 -.4 -2.3

.0 —.5 —2.9

.0 —.6 —3.5

.0 —.7 —4.2

.0 —.8 —4.9

!o -.9 -5.6

.0 —1.0 —6.3

.0 —1.1 —7.0

.0 —1.2 —7.8

.0 —1.3 —8.6

.0 -1.4 -9.5

.0 —1.5 — 10.3

.0 —1.6 —11.3

.0 — 1.7 —12.2

.0 —1.8 —13.2

.0 -1.9 -14.3

.0 —2.0 —15.4

.0 —2.1 —16.6

.0 —2.2 —17.9

.0 -2.3 -19.2

.0 -2.4 -20.7

.0 —2.5 —22.2

.0 —2.6 —24.0

.0 —2.7 —25.8

.0 -2.8 -28.0

40.0 40.0 40.0

40.0 39.0 37.9

40.0 38.0 35.7

40.0 37.0 33.3

40.0 36.0 31.0

40 0 35 0 28 5

40.0 34.0 25.9

40.0 33.0 23.0

40.0 32.0 21.5

40.0 31.0 18.1

40.0 30.0 14.1 40.0 29.0 9.4 40.0 28.0 3.4 40.0 27.0 -4.7

40.0 26.0 -18.0

PB =27.86, Altitude=2000

rvxl w

100.0 .0038 .00009

100.0 .0376 00085

97.1 .0366 00082

94.3 .0355 00080

91.4 .0344 .00077

88.6 .0333 .00075

85.8 .0323 .00072

82.9 .0312 .00070

80.1 .0301 .00068

77.2 .0291 00065

74.4 .0280 .00063

71.6 .0269 00060

68.7 .0259 00058

65.9 .0248 00056

63.1 .0237 .00053

60.3 .0227 .00051

57.4 .0216 .00049

54.6 .0206 .00046

51.8 .0195 .00044

49.0 .0184 .00041

46.2 .0174 .00039

43.4 .0163 .00037

40.6 .0153 .00034

37.8 .0142 00032

35.0 .0132 .00030

32.2 .0121 .00027

29.4 .0111 .00025

26.6 .0100 .00022

23.8 .0090 .00020

21.0 .0079 .00018

100.0 .2477 .00560

92.2 .2283 .00516

84 5 .2092 .00472

76 9 .1904 .00430

69.4 .1719 .00388

1 f^'^S .lOOO

54 9 .1359 00306

47 8 .1184 00266

44 6 .1104 .00248

37.8 .0935 .00210

31.1 .0770 .00173

24.6 .0608 .00137

18.2 .0450 .00101

11.9 .0294 .00066

5.7 .0141 .00032

TT

xl V

-9.51 -.0167 11.35

.90 .0070 12.45 88 .0069 12.45

.85 .0069 12.45

.83 .0068 12.45

[so .0067 12.45

.78 .0067 12.45

.75 .0066 12.45

.73 .0066 12.45 70 .0065 12.45

.67 !0065 12.45

.65 .0064 12.45

.62 .0064 12.45

.60 .0063 12.45

.57 .0062 12.45

!55 .0062 12.45

.52 .0061 12.45

.50 .0061 12.44

.47 .0060 12.44

.45 .0060 12.44

.42 .0059 12.44

.40 .0058 12.44

.37 .0058 12.44

.35 .0057 12.44

!32 .0057 12.44

.30 .0056 12.44

.27 .0056 12.44

.25 .0055 12.44

.22 .0054 12.44

^20 .0054 12.44

15.66 .0377 13.64 15 18 0367 1 3 63

14 71 0358 13 62

14 25 0348 13 62

13.80 .0339 13.61

lo.oo 1 fin 12 92 0321 1 3 59

12.49 .0312 13 58

12 29 0308 1 3 58

1 1 88 0300 13 57

11.48 .0291 13.56 11.09 .0283 13.55 10.70 .0274 13.54 10.33 .0266 13.54

9.96 .0258 13.53

25
PB =27.86, Altitude = 2000 -Continued

DB WB DP RH PV W H S V

80.0 80.0 80.0 100.0 1.0323 .02404 45.57 .0950 15.17 80.0 79.0 78.7 95.8 .9891 .02300 44.43 .0928 15.15 80.0 78.0 77.4 91.7 .9468 .02198 43.31 .0908 15.12

80.0 77.0 76.0 87.7 .9055 .02099 42.22 .0887 15.10

80.0 76.0 74.7 83.8 .8650 .02002 41.16 .0867 15.08

80.0 75.0 73.3 80.0 .8254 .01907 40.13 .0848 15.05 80.0 74.0 71.8 76.2 .7866 .01815 39.12 .0829 15.03 80.0 73.0 70.4 72.5 .7487 .01725 38.13 .0810 15.01 80.0 72.0 68.9 68.9 .7116 .01637 37.17 .0792 14.99 80.0 71.0 67.4 65.4 .6753 .01552 36.23 .0774 14.97

80.0 70.0 65.8 62.0 .6397 .01468 35.31 .0757 14.95 80.0 69.0 64.2 58.6 .6049 .01386 34.42 .0740 14.93 80.0 68.0 62.5 55.3 .5708 .01307 33.55 .0723 14.91

80.0 67.0 60.8 52.1 .5375 .01229 32.69 .0707 14.90 80.0 66.0 59.1 48.9 .5048 .01153 31.86 .0691 14.88

80.0 65.0 57.3 45.8 .4728 .01078 31.05 .0675 14.86 80.0 64.0 55.4 42.8 .4415 .01006 30.25 .0660 14.84 80.0 63.0 53.4 39.8 .4108 .00935 29.47 .0645 14.83 80.0 62.0 51.3 36.9 .3808 .00866 28.71 .0630 14.81 80.0 61.0 49.2 34.0 .3514 .00798 27.97 .0615 14.79

80.0 60.0 46.9 31.2 .3226 .00732 27.24 .0601 14.78 80.0 59.0 44.5 28.5 .2943 .00667 26.54 .0587 14.76 80.0 58.0 41.9 25.8 .2667 .00604 25.84 .0573 14.75 80.0 57.0 39.1 23.2 .2395 .00542 25.16 .0559 14.73 80.0 56.0 36.2 20.6 .2130 .00481 24.50 .0546 14.72

80.0 55.0 32.9 18.1 .1869 .00422 23.85 .0533 14.71 80.0 54.0 29.6 15.6 .1614 .00364 23.21 .0520 14.69 80.0 53.0 26.0 13.2 .1364 .00307 22.59 .0507 14.68 80.0 52.0 21.8 10.8 .1118 .00252 21.98 .0495 14.67 80.0 51.0 16.7 8.5 .0878 .00197 21.39 .0482 14.65

80.0 50.0 10.4 6.2 .0642 .00144 20.81 .0470 14.64 80.0 49.0 1.6 4.0 .0410 .00092 20.23 .0458 14.63 80.0 48.0 -13.4 1.8 .0183 .00041 19.68 .0445 14.62

26
PB =27.86, Altitude = 2000 - Continued

DB WB "D TT FV w TTH s

f r V

120.0 120.0 120.0 100.0 3.4476 .08837 127.20 .2405 17.91 120.0 118.0 117.8 94.0 3.2417 .08239 120.54 .2289 17.76 120.0 116.0 115.6 88.3 3.0444 .07675 114.27 .2180 17.62 120.0 114.0 113.3 82.8 2.8554 .07143 108.36 .2076 17.49 120.0 112.0 111.0 77.6 2.6743 .06641 102.78 .1978 17.36

120.0 110.0 108.7 72.5 2.5009 .06168 97.51 .1885 17.24 120.0 108.0 106.4 67.7 2.3349 .05720 92.53 .1797 17.13 120.0 106.0 104.0 63.1 2.1760 .05297 87.83 .1713 17.02 120.0 104.0 101.5 58.7 2.0238 .04897 83.38 .1634 16.92 120.0 102.0 99.0 54.5 1.8782 .04519 79.17 .1558 16.83

120.0 100.0 96.5 50.4 1.7388 .04161 75.18 .1487 16.74 120.0 98.0 93.9 46.6 1.6054 .03822 71.41 .1419 16.65

•120.0 96.0 91.2 42.9 1.4778 .03501 67.83 .1354 16.57 120.0 94.0 88.5 39.3

1 o r" r rr 1.3557 .03196 64.44 .1292 16.50

120.0 92.0 85.6 35.9 1.2388 .02908 61.23 .1233 16.42

120.0 90.0 82.7 32.7 1.1270 .02634 58.18 .1177 16.36 120.0 88.0 79.6 29.6 1.0201 .02375 55.29 .1123 16.29

120.0 86.0 76.4 26.6 .9178 .02128 52.55 .1072 16.23 120.0 84.0 73.1 23.8 .8199 .01894 49.94 .1023 16.17

120.0 82.0 69.5 21.1 .7262 .01672 47.47 .0977 16.11

120.0 80.0 65.7 18.5 .6366 .01461 45.12 .0932 16.06 120.0 78.0 61.5 16.0 .5509 .01260 42.88 .0889 16.01 120.0 76.0 57.0 13.6 .4688 .01069 40.75 .0848 15.96 120.0 74.0 52.0 11.3 .3902 .00887 38.73 .0809 15.92 120.0 72.0 46.3 9.1 .3150 .00714 36.80 .0771 15.87

120.0 70.0 39.5 7.0 .2430 .00549 34.96 .0735 15.83 120.0 68.0 31.2 5.0 .1740 .00392 33.22 .0700 15.79 120.0 66.0 21.0 3.1 .1079 .00243 31.55 .0665 15.75 120.0 64.0 3.3 1.3 .0446 .00100 29.96 .0632 15.72

I

I

27
PB =27.86, Altitude = 2000 - Continued

DB WB DP RH PV W H S V

IfiO ± \J\J t\J0 160 J. \j\J t\J0 160 0 100 0 9 6555 33987 414 59 7910 9^ fiS 160 0 158.0 157.9 95 2 9 1888 30880 387 36 -u6765 ( uo 95 04

±\)\j,\j 1 "^fi 0 98^7^1 '^fi9 48 .DOO ( ^4.4o 94 4'i

1 fiO 0 1 0 1 8 ou.u 8 '^071 9fif!48 ooy.Di "^^Q fil .oyou 9Q Q1 160.0 152.0 151.7 81.7 7.8911 .24782 318.55 .5632 23.41

160.0 150 0 149 6 77 6 7 4909 93058 299 10 5309 99 95

160 0 148 0 147 Xt < .T4 73 6 1 . xuux .i^X^UT 914^4 981 10 ,OU XI/ 99 '^^ 160.0 146 0 1 45 3 69 8 6 7361 .X19987 ceo 1 264 42 4739 99 13 160 0 144.0 143.2 66 1 6 3805 1861

5

. XOUX t/ Ld'-tO*VO 447*^ 9^ 77

160.0 142.0 141.0 62.5 6.0388 .17340 234.52 .4231 21.43

160 ± \J\J t\j0 140 0 138 8 59 1 5 7105 . 16151 X V/XtJ X 221 10 4005 21 1

1

^ X * X X 160 0 1 '^8 0 136 6 55 9 5 3953 1 5043 908 59 •O i vo 90^U.O81X 160 0 1,'^6 0 134.4 52 7 5 0926 14008 196 89 .00«70 3595 20 54

160 0 1 ^4 0 13? 9 49 7 4 8090 . 1^041 XOUrt X XOtJ.i7U 90 98

160.0 132.0 130.0 46.8 4.5232 .12135 175.72 .3235 20.03

1 60 0 1X ou.u "^0 0 ^97 7 44 1 4 9556 1 1986 X166UU. 13xo ,OU 30701 u 191 17.081

1

160 0 128 0 41T X.T4 3 9990 10490 T^7 xo f . xo .^^«!/ 9916X U 19 59

160 0 126.0 123 1 38 9 3 7528 09742 148 68 2770 19 39

iOU.U 1 94 n 190 7 OU.4 f^l fi8 nQ040 140 14U.74(

4

.tfOOO 1 Q 91 160.0 122.0 118.3 34.1 3.2906 .08380 133.27 .2503 19.03

1 fiO 0 1 ?n n 1 1 ^1 Q '^l 8 o.u0737 1 O ( .U07758 ( ( oo 196 95 .^OOl 9381 18lO.OU86

1 60 0 118 X X o.u0 113 X XO.t:4 29 7 9 8660 07173 1X 1X 9c.uo 63 2265 18XO. 701 yj

1 fiO 0 X X u.u 110 X XU.«79 97 6 9 6669 06621 1X 1xo.oc 3 39 •trf 2155 xoo 18xo.ou56

1 fid n 114 X X'l.U0 XUO.T .UU 06101 X U X xu107< .ou 50 2051 1^ A9

160.0 112.0 105.7 23.8 2.2937 .05610 101.95 .1953 18.29

1 fid n 111lU.U A A 10*? 1 91 Q 9Li.l1 188 loo .Uol4 01^147( Qf! t70. 71( 1 .loDU 18fi0 lo. 18 Ifi ID

IDU.U 1 08 A 1 00 90 9 .U4 0470Q ( VV Q1 7fi .11 771 ( (

1

110.U4 8 04

1 fiA A IDU.U lUD.U 1 Afi A Q7 1

8

11. 7Q1^ (1710 .u4^yo 87o ( .Uo 08 .IDO 1 fi87( 11 7( .yo

1 fiA A IDU.U 1 A/I A 1U4.U Q4 1 7 0 1 6*^80 I.DOOU 0'?Q04 .UOt7U4 89 fifi

. lfi08 lOUo 11 7( .OO 160.0 102.0 91.5 15.4 1.4912 .03534 78.48 .1532 17.73

1 dfi A 1 AA A iUU.U 00.4 1 /) A 14.

U

1 ^'^08 1 .oouo .Uo OQllo484 74 ^9 .14DU 1 4fi0 1 7 fiQ 1 ( .Do

1 <iA A Q8 A 8fi 1 oO.l 19 fi 098'^'^ .UiioOO 70 77 .lOCJl 1 7 1^4 1 ( .04

1 an A IDU.U yD.u 81 a oi.D 1 1 Q i l.O 1 088

1

l.Uool fi7 99 .lo^D 1 Q9fi 1 7 4fi 1 ( .40 IbU.U Q/l A y4.u 78 A (O.U 1 A A lU.U 09949 8^; DO.oO .l^Do 1 9fi9 11 7 QB ( .OO 160.0 92.0 74.0 8.8 .8476 .01960 60.66 .1204 17.30

IfiO J. UU.U0 90 0 fi9 8 7 6 7352 01 693 O571 .Ut 64 .11 147 It ( 171 ( *UO 9^

160 0 88 0 65 3 6 5 6276 01440 54 77 1093 11 7 1 fi ( . 1 u

J.160uu.u0 86 0 60 2 5 4 5248 01 199 52 05 . 1041 X Ut X 171 ( . 110u 160.0 84.0 54.4 4.4 .4264 .00971 49.46 .0991 17.04 160.0 82.0 47.7 3.4 .3324 .00754 47.01 .0943 16.98

160.0 80.0 39.4 2.5 .2424 .00548 44.68 .0897 16.92 160.0 78.0 28.9 1.6 .1563 .00352 42.46 .0852 16.87

160.0 76.0 13.3 .8 .0739 .00166 40.35 .0809 16.82

28
PB =26.87, Altitude = 3000

DB WB DF T~» TT RH PV W H S V

—4U.U —/in n 4U.U /in n 1 nn n lUU.U nnQQ .UUoo nnnno .uuuuy —n CA y.oU — A 1 /I O .014^ 11.77

.0 .0 .0 100.0 .0376 .00088 .94 .0095 12.91

.0 —.1 — r

.0 QT 9 .Uobo .UUUoo no AAAC .0095 1 O A 1 12.91

.u — o —1.1 Q/l K .UoOD AAAQQ .UUUoo QO.oy AAA A .0094 1 O A 1 12.91

.u — q.O —1 .D Q1y 1. 7

1

.Uo40 .\)\}\}Ci\) .OO .uuy4 1 9 Q1 iz.yi A

.u —.4 9 9 QQ Q oo.y nQQt; .Uooo AAA7Q.UUU /o QA AAAO .UUyo 1 O A

1

.0 —.5 —2.8 86.2 .0324 .00075 .81 .0093 12.91

.1/0 — f? —3 4 83 4 0314 <,\)\)\j 00073\ O 7Q 00Q9 19 Q1

.1/0 _ 7 —4.1 80 7 0304 00071 7fi 00Q1 1 9 Q1

,0 —.8 —4.7 77.9 .0293 .00068 .74 .0091 12 91

.0 —.9 —5.4 75.1 .0283 00066 .71 0090 1? 91

.0 -1.0 -6.1 72.4 .0273 .00063 .68 .0090 12.91 n

.U — 1.1 —D.o Dy. ( n9fi9 nonfii fifi .00 nnoQ .UUoy 1 9 Q1 l;i.yl n

.U — 11.^9 7 DD.y nonc;Q .OO nnQQ .UUoy 1 9 Q1 iz.yi n 1 .o —o.o fi/1 9 .Ui-4ii .UUUOO CI .01 nnQQ .UUoo 1 9 Q1 lii.yi

1 4 Q 1 fil A n9Qi nnnr;/! .UUU04 KQ .OO nnQ7 .UUo ( 1 9 Q1 lii.yi

.0 —1.5 —10.0 58.7 .0221 .00051 .56 .0087 12.90

11 .ufi in 8 n oo.U .U^ll AAA A A .U0U49 .53 .0086 12.90 0 1 7 —117 11./ I^Q 9 Oo.Z AOAr\ .UZOU AAA A n .00047 .51 .0086 12.90

.0 —1.8 12 7 ou.o ni on .uiyu AAA /I A .UUU44 A O

.48 f\r\C} r* .0085 12.90

.0 —1J. .i7Q 1 7 /17 8 4 ( .0 m on .UloU AAA A O .0U04^ .46 .0085 12.90

.0 —2.0 —14.7 45.0 .0170 .00039 .43 .0084 12.90

.0 —2.1 —15 8 49 3 01 000Q7 At nnQQ .UUoo 1 9 QA

.0 —2.2 —17J. 1 m\J0 39 fi OOOQf^ .DO nnoQ .UUoo 1 9 on lii.yu

.0 —2.3 —18.3 3fi 9 01 "^Q 000^9 .OO 0089 1i/i.yu 9 on

.0 —2.4 —19.6 34 2 01 9Q OOOQO .OO .UUoZ 0089 1 9 Qn iz.yu

.0 —2.5 —21.1 31.5 .0118 .00028 .30 .0081 12.90

.0 —2 6 —22 fi 98 8 0108 0009'^ 98 0080 12 90

.0 —2.7 —24.3 26 0 0098 00023 0080 12 90

0 —^.o 9fi 9 9^ ^ 0088 00090 .^o 9Q 007Q 19 QO

n

.u 9 Q 98 Q 9n fi nn7Q .UU (O nnni q .UUUlo 9n .zu nn7Q .UU /y 1 9 Qn lii.yu

40.0 40.0 40.0 100.0 .2477 .00581 15.88 .0406 14.15

/in n QQ n QQ n oo.U QO Q .ZZob .UUooD 1 C /lA 15.40 .Uoyb A A A A 14.14

/in n 4U.U QQ n QK Q .ZUyy .UU4yZ 1 y< no 14.yZ .Uoo / 1/1 10 14. lo

/in 4U.Un Q7 n oo.O QQ 77 Q .lyio 1 Q1 nn/i/i8 .UU440 14.40 .UO nQ77/ ( 1/1 19 An n Qft n Q1 1 Ol.l 7n n 1 7Q/I .1 <o4 nn/infi .UU4UD 1 Q QQ lo.yy nQfiQ .UODO 1/111 14.11

40.0 35.0 28.8 62.8 .1556 .00364 13.54 .0359 14.10 AO n Q/i n 9 OO.71 .lOOl 1 QSI nOQ9Q 1 Q 1

0

10. lU .uoou nQ^n i4.uy 1/1 no

/in 4U.Un Q'^ n 9Q /I /IS 4o.Oa 1908 00989 1 9 fifi li-.DO OQ/11 .U041 1/1 14.Uo 08

/in 4U.Un 19 n 99 n 40.D .11 19Q i^y 009fiQ 19 /Ifi .uoou 14 08

Af\ n 4U.U Q 1 n 1 Q 7 lo. I QQ Q oo.y

nn99f; .UUZZO 1 9 n/i 1Z.U4 nQ9Q .UoZo 1 /I n7 14.U (

40.0 30.0 14.9 32.4 .0802 .00187 11.63 .0319 14.06 40.0 29.0 10.4 26.0 .0643 .00150 11.23 .0311 14.05 40.0 28.0 5.0 19.7 .0487 .00113 10.84 .0302 14.05

40.0 27.0 -2.3 13.5 .0334 .00078 10.46 .0294 14.04 40.0 26.0 -13.2 7.4 .0184 .00043 10.08 .0285 14.03

40.0 25.0 -40.3 1.5 .0037 .00009 9.71 .0277 14.02

29
PB = 26.87, Altitude = 3000 - Continued

DB WB DP RH PV W H S V

80.0 80.0 80.0 100.0 1.0323 .02496 46.58 .0994 15.75 80.0 79.0 78.7 95.9 .9894 .02388 45.40 .0972 15.73 80.0 78.0 77.4 91.8 .9475 .02283 44.25 .0951 15.70 80.0 77.0 76.1 87.8 .9065 .02181 43.13 .0930 15.68 80.0 76.0 74.7 83.9 .8664 .02081 42.04 .0909 15.65

80.0 75.0 73.3 80.1 .8272 .01984 40.97 .0889 15.63 80.0 74.0 71.9 76.4 .7888 .01889 39.93 .0870 15.60 80.0 73.0 70.5 72.8 .7513 .01797 38.92 .0851 15.58 80.0 72.0 69.0 69.2 .7145 .01706 37.93 .0832 15.56 80.0 71.0 67.5 65.7 .6785 .01618 36.96 .0814 15.54

80.0 70.0 66.0 62.3 .6433 .01532 36.02 .0796 15.52 80.0 69.0 64.4 59.0 .6089 .01448 35.10 .0778 15.50 80.0 68.0 62.8 55.7 .5752 .01366 34.20 .0761 15.48 80.0 67.0 61.1 52.5 .5422 .01286 33.33 .0744 15.46 80.0 66.0 59.4 49.4 .5099 .01208 32.47 .0728 15.44

80.0 65.0 57.6 46.3 .4782 .01132 31.63 .0712 15.42 80.0 64.0 55.7 43.3 .4473 .01057 30.82 .0696 15.40 80.0 63.0 53.8 40.4 .4170 .00984 30.02 .0680 15.38 80.0 62.0 51.8 37.5 .3873 .00913 29.24 .0665 15.37

80.0 61.0 49.7 34.7 .3582 .00844 28.48 .0650 15.35

80.0 60.0 47.5 31.9 .3297 .00776 27.73 .0636 15.33 80.0 59.0 45.1 29.2 .3019 .00709 27.01 .0621 15.32 80.0 58.0 42.7 26.6 .2745 .00645 26.30 .0607 15.30 80.0 57.0 40.0 24.0 .2478 .00581 25.60 .0593 15.29 80.0 56.0 37.2 21.5 .2216 .00519 24.92 .0580 15.27

80.0 55.0 34.1 19.0 .1959 .00459 24.26 .0566 15.26 80.0 54.0 30.8 16.5 .1707 .00399 23.61 .0553 15.24 80.0 53.0 27.4 14.1 .1460 .00341 22.97 .0540 15.23 80.0 52.0 23.6 11.8 .1218 .00284 22.35 .0527 15.21 80.0 51.0 19.0 9.5 .0981 .00229 21.74 .0514 15.20

80.0 50.0 13.5 7.3 .0749 .00174 21.14 .0502 15.19

80.0 49.0 6.3 5.0 .0521 .00121 20.56 .0489 15.18 80.0 48.0 -4.5 2.9 .0297 .00069 19.99 .0477 15.16

80.0 47.0 -28.3 .8 .0078 .00018 19.43 .0464 15.15

30
PB =26.87, Altitude = 3000 -Continued

DB WB DP RH PV W H S V

120.0 120.0 120.0 100.0 3.4476 .09209 131.35 .2506 18.67

1 1 8 A 1 1 7 Q OA A Q OAOK O.Z4Z0 AQCQC .UoOoo 1 OA A 1 1Z4.41 OQaK .Zooo 1 a Ki lo.Oi

1 on h 1 1 n 1 ID.U 1 10.

o

88 Q Oo.o Q A/1 c;q o.U40y A7QQ7 .u /yy ( 117 87 11 / .o / 0071 .ZZ /

1

1 a Qt; lo.oO 114 0 11^^ 89 Q 9 af^7fi ii.oO 1 D

07/1/10 11171 111.(1 91 fiQ 1 a 91 110 0 1111 111.1 77 7 9 fi77Q A(?Q91 .uoyzi 1 f\f^ BQ luo.sy OOfil .ZUDl 1lo.U a 07(

120.0 110.0 108.8 72.6 2.5046 .06428 100.41 .1964 17.95

1 0Q n IUO.4 fi7 Q D i.y 9 QQQQ .uoyoo QiK OA yo.z4 1 870 .lo (Z 1 7 89 1 ( .oZ

1iUD.U Ofi 0 1 04 0 Do.tJ 0 1811 ^.lol 1

op; 1^90 .UOOZo QOyu.oo 1 7af; .1 (OO 17 71 1 (. (

1

1 90 n 1 04 0 101 f; oo.y 9 09Q7 Of^1 08 OO. 8f; 79ll^ .11 70Q lUO 1 7 fiO 1 ( .OU

1 9n n 1 09 0 QQ 9 04. ( 1 884 8 l.oo4o 0/171 ^ .U4 1 10 81 Of; ol.oO 1 fiO/l .lbZ4 1 7 n.C\ 1 ( .OU

120.0 100.0 96.6 50.6 1.7461 .04344 77.22 .1550 17.40

1 9n n QQ 0 yo.u Q4 1 y4.i 4A a 4D.O 1 Kl "^f^ l.DloO 0QQQ9 7Q 0 1 (O.O 11 /17Q .14 (

y

1 7 Q

1

1 (.01

1 9A f\ Qft n yo.u Q1 A y 1.4 /IQ 1 4o.l 1.4oD0 .UoDDU fiQ fil oy.oi 1/119 .141Z 1 7 9Q 1 (.Zo

1 9n n Q4 0 88 7 OO. ( QQ fi oy.u I.OUOZ .Uoo40 fifi DO.IU10 1 Q4a 171 ( .I'l 14 Qo n yz.u QK Q O ob.Z 1 OA QA i.z4yu AQA/I C .UoU40 CO 77 bZ. / ( 1 987 .IZo ( 1 7 A7 1 (.U (

120.0 90.0 83.0 33.0 1.1380 .02763 59.62 .1229 16.99

1 on n CQ A oo.U QA A oU.U OQ Q zy.y 1 AQ1 7 A9/lQf; .uz4yo Ou.uo 117/1 .11(4 1 (? Q9 iu.yz

1 on n Q^; A OD.U /O.O 97 A Z 1 .0 QQ01 .youi A99/I0 .UZZ4U f^Q 80 Oo.oU 1191 .1 IZl 1 (? 8fi ib.ob

1 on n QA n 7Q c; OA 9 Z4.Z .OOoU A1 QQB .uiyyo P^l 1 1 01.11 1 071 .lU (

1

1ID.(^ 7Q(y 120.0 OO A

oZ.O 7A A70.0 o 1 c: Z1.5 . (4UU A1 7£?A .01 (69 AO tin 48.00 1 AOO .iUZo 1 C 70 lb. (c>

120.0 80.0 66.3 18.9 .6511 .01551 46.13 .0977 16.68

1 OA A 120.0 HQ A

bZ.o 10.4 .OODl A1 Q/l /I .Ulo44 /IQ ao 4o.oZ AQQQ .uyoo 1 Q. RO Ib.bZ

1 OA A IZU.U nc A t;7 Q

0 (.y 1/11 14.1 /I 8/1 7 .4o4 / A1 1 /I 7 .Ul 14 ( A 1 f!Q 41.bo Aaoi Ib.O (

1 on n IZU.U 7/1 A /4.U Oo.l 118 ll.o .^UDo 40fi8 QQ

1 OA A IZU.U TO A

(Z.U /I 7 7 y.D .UU 00789 1 O^ Q7 f^fi 081

1

.UOl 1 lO.'l (

120.0 70.0 41.3 7.6 .2610 .00612 35.67 .0774 16.43

120.0 68.0 33.6 5.6 .1927 .00451 33.87 .0738 16.39 120.0 66.0 24.5 3.7 .1273 .00297 32.16 .0703 16.35 120.0 64.0 10.6 1.9 .0647 .00151 30.53 .0669 16.31 120.0 62.0 -36.6 .1 .0047 .00011 28.97 .0634 16.27

31
PB =26.87, Altitude =3000 -Continued

DB WB DP RH PV W H S V

160.0 160.0 160.0 100.0 9.6555 .35199 436.12 .7602 27.16

160.0 158.0 157.9 95.2 9.1896 .32611 406.92 .7124 26.44

160.0 156.0 155.9 90.5 8.7411 .30246 380.24 .6685 25.79

160.0 154.0 153.8 86.1 8.3094 .28078 355.78 .6282 25.19

160.0 152.0 151.7 81.8 7.8942 .26086 333.30 .5911 24.64

160.0 150.0 149.6 77.6 7.4947 .24251 312.59 .5567 24.13

160.0 148.0 147.5 73.6 7.1106 .22557 293.46 .5249 23.66

160.0 146.0 145.3 69.8 6.7414 .20990 275.76 .4954 23.23

160.0 144.0 143.2 66.1 6.3866 .19537 259.36 .4680 22.83

160.0 142.0 141.1 62.6 6.0456 .18189 244.13 .4424 22.45

160.0 140.0 138.9 59.2 5.7181 .16934 229.96 .4185 22.11

160.0 138.0 136.7 56.0 5.4036 .15766 216.76 .3963 21.78

160.0 136.0 134.5 52.8 5.1016 .14676 204.45 .3754 21.48

160.0 134.0 132.3 49.8 4.8118 .13658 192.95 .3558 21.20

160.0 132.0 130.1 47.0 4.5337 .12707 182.20 .3375 20.93

160.0 130.0 127.8 44.2 4.2668 .11816 172.13 .3203 20.69

160.0 128.0 125.5 41.5 4.0109 .10982 162.70 .3041 20.45

160.0 126.0 123.2 39.0 3.7655 .10199 153.85 .2888 20.24

160.0 124.0 120.9 36.6 3.5302 .09464 145.54 .2744 20.03

160.0 122.0 118.5 34.2 3.3047 .08773 137.73 .2609 19.84

160.0 120.0 116.1 32.0 3.0886 .08124 130.39 .2481 19.66 160.0 118.0 113.6 29.8 2.8815 .07513 123.48 .2360 19.49 160.0 116.0 111.1 27.8 2.6832 .06938 116.98 .2246 19.33 160.0 114.0 108.6 25.8 2.4933 .06396 110.85 .2138 19.18 160.0 112.0 106.0 23.9 2.3114 .05885 105.07 .2035 19.04

160.0 110.0 103.4 22.1 2.1373 .05402 99.61 .1938 18.90 160.0 108.0 100.6 20.4 1.9706 .04947 94.46 .1846 18.78 160.0 106.0 97.8 18.8 1.8111 .04518 89.60 .1759 18.66 160.0 104.0 95.0 17.2 1.6585 .04111 85.01 .1676 18.54 160.0 102.0 92.0 15.7 1.5125 .03727 80.66 .1598 18.44

160.0 100.0 88.9 14.2 1.3728 .03364 76.55 .1523 18.33 160.0 98.0 85.7 12.8 1.2392 .03021 72.67 .1452 18.24 160.0 96.0 82.3 11.5 1.1114 .02696 68.99 .1384 18.15 160.0 94.0 78.7 10.2 .9892 .02388 65.50 .1320 18.06 160.0 92.0 74.9 9.0 .8724 .02096 62.20 .1258 17.98

160.0 90.0 70.8 7.9 .7606 .01820 59.07 .1199 17.90 160.0 88.0 66.4 6.8 .6538 .01558 56.11 .1143 17.83 160.0 86.0 61.6 5.7 .5517 .01309 53.29 .1090 17.76 160.0 84.0 56.1 4.7 .4540 .01073 50.63 .1038 17.70 160.0 82.0 49.9 3.7 .3606 .00849 48.09 .0989 17.63

160.0 80.0 42.4 2.8 .2713 .00637 45.69 .0942 17.57 160.0 78.0 32.8 1.9 .1859 .00435 43.40 .0896 17.52 160.0 76.0 20.3 1.1 .1042 .00243 41.23 .0852 17.46

160.0 74.0 -6.9 .3 .0261 .00061 39.16 .0808 17.41

32
DB WB DP

—40.0 —40.0 —40.0

.0 .0 .0 .0 —.1 —.5

.0 —.2 —1.1

.0 —.3 —1.6

.0 —.4 —2.2

.0 -.5 -2.7

.0 —.6 —3.3

.0 —.7 —3.9

.0 —.8 —4.6

.0 —.9 —5.2

.0 -1.0 -5.9

.0 — 1.1 —6.6

.0 — 1.2 —7.3

.0 —1.3 —8.0

.0 —1.4 —8.8

.0 -1.5 -9.6

.0 -1.6 —10.4

.0 —1.7 —11.3

.0 -1.8 —12.2

.0 —1.9 -13.1

.0 -2.0 -14.1

.0 -2.1 -15.1

.0 -2.2 -16.2

.0 -2.3 —17.4

.0 -2.4 -18.6

.0 -2.5 -19.9

.0 -2.6 —21.4

.0 —2.7 —22.9

.0 —2.8 —24.6

.0 -2.9 —26.4

.0 —3.0 —28.4

40.0 40.0 40.0

40.0 39.0 38.0

40.0 38.0 35.9

40.0 37.0 33.6 40.0 36.0 31.3

40.0 35.0 29.0

40.0 34.0 26.6

40.0 33.0 23.8

40.0 32.0 22.4

40.0 31.0 19.3

40.0 30.0 15.7 40.0 29.0 11.5 40.0 28.0 6.4 40.0 27.0 -.1

40.0 26.0 -9.4

40.0 25.0 -27.0

PB =25.88, Altitude=4000

RH PV W

100.0 .0038 .00009

100.0 .0376 .00091

97.3 .0366 .00089

94.6 .0356 .00086

91.9 .0346 .00084

89.3 .0336 .00081

86.6 .0326 .00079

83.9 .0316 .00076

81.2 .0306 .00074

78.6 .0296 .00071

75.9 .0286 .00069

73.2 .0276 .00067

70.6 .0266 .00064

67.9 .0256 .00062

65.2 .0246 .00059

62.6 .0236 .00057

59.9 .0226 .00054

57.3 .0216 .00052

54.6 .0206 .00050

52.0 .0196 .00047

49.3 .0186 .00045

46.7 .0176 .00042

44.1 .0166 .00040

41.4 .0156 .00038

38.8 .0146 .00035

36.2 .0136 .00033

33.5 .0126 .00030

30.9 .0116 .00028

28.3 .0106 .00026

25.7 .0097 .00023

23.0 .0087 .00021

20.4 .0077 .00019

100.0 .2477 .00603

92.4 .2290 .00557

85.0 .2106 .00512

77.7 .1925 .00468

70.6 .1748 .00425

63.5 .1573 .00382

56.6 .1402 .00340

49.8 .1233 .00299

46.6 .1154 .00280

40.0 .0992 .00240

33.6 .0833 .00202

27.3 .0677 .00164

21.2 .0525 .00127

15.1 .0375 .00091

9.2 .0228 .00055

3.4 .0084 .00020

H S V

—9.49 —.0116 12.22

.98 .0122 13.41

.96 .0121 13.41

.93 .0121 13.41

.90 .0120 13.41

.88 .0120 13.41

.85 .0119 13.40

.88 .0119 13.40

.80 .0118 13.40

.77 .0117 13.40

.75 .0117 13.40

.72 .0116 13.40

.70 .0116 13.40

.67 .0115 13.40

.65 .0115 13.40

.62 .0114 13.40

.59 .0113 13.40

.57 .0113 13.40

.54 .0112 13.40

.52 .0112 13.40

.49 .0111 13.40

.47 ,0111 13.40

.44 .0110 13.40

.42 .0109 13.40

.39 .0109 13.40

.37 .0108 13.40

.84 .0108 13.39

.31 .0107 13.39

.29 .0106 13.39

.26 .0106 13.39

.24 .0105 13.39

.21 .0105 13.39

16.13 .0437 14.70

15.63 .0427 14.69 15.15 .0417 14.68 14.67 .0408 14.67 14.20 .0398 14.66

13.74 .0389 14.65

13.29 .0379 14.64 12.85 .0370 14.63 12.64 .0366 14.62

12.21 .0357 14.61

11.80 .0348 14.60 11.39 .0340 14.60

10.99 .0331 14.59

10.60 .0323 14.58 10.22 .0314 14.57

9.84 .0306 14.56

33
PB =25.88, Altitude =4000 -Continued

DB WB DP RH PV W H S V

ou.u 80OU.U0 80OU.U0 1lUU.U 00 0 l.UO^iO 47 fi7 1041 1ID.oO fi 98

ov.yj 7Q 0 781 O. 71 02484 4fi 1 01

Q

iD.oO

80 0 78t o.u0 77 4 Ql Q .U^O 0297fii D 97 OQQfi 1 fi 99

QO 0 oU.U 77 0 7fi 1 87 Q o ( .y 09970 /1 4 1 1 44.1 i .uy (

0

ID.OU

80.0 76.0 74.8 84.1 .8679 .02167 42.98 .0954 16.27

fin n oU.U 7p; 0 /o.u 7*? 4 ou.o so Q 89Q0 090fi7 41 88 .uyoo 1 <? 9P;

fiO 0 741 ^.u0 79 0 7fi fi 7Q10 01 QfiQ 40 81 0Q1

9

.uy lo 1 fi 92

80 0 7Q 0 (O.U 70 fi

( u.u 79I o.u0 . 1 oOO .UIO 01 874 9Q 77 .uoyo 08Q9 1 fi 20

80 0 79 0 fiQ 1 Oa.i oy.o 71 74 .Ul 01 781 iOl QS 7f^ oo. (0 0Q7/I .Uo (4 1 1 7 80.0 71.0 67.6 66.0 .6818 .01690 37.75 .0855 16.15

80OU.U0 70t u.u0 UU.l 62 7 6469 .U±UUJ. 01601 OU. 36 78( o .UOO 0S971 Ifi ID.IO19 soou.u0 fiQ 0 fi4 fi Ot7.^ 6129 01 51 5 oo.oo 35 83 081

Q

Ifi 11 80OU.U0 fi8 uo.u0 uo.u 56 1 5795 01430 34 91 .UOU 08011 Ifi OQ

so 0 f;7 D < .u0 Dl.O OO.U .1/104:0 .U0784 1 oi 1ID.U fi 071 80.0 66.0 59.6 49.9 .5149 .01268 33.13 .0767 16.04 80oU.U0 fi^ 0 O i .t/ 46 Q 4836 01 189 32 27 .U0750 i 0\J lU.UO Ifi 09

80oU.U0 fii 0 ^6 1 43 Q 45,30 ,\J01X 1X 13X 31 43 0734 16 01 80OU.U0 uo.u 54 ? 41 0 .4231 01038 30 61 m\J0718 I X(J 15 99

fiO 0 fi9 0 1^9 9 oo. ^8 1i 0709 110.Q7y 1 80.0 61.0 50.2 35.4 .3650 .00893 29.02 .0687 15.95

80.0 60 0 48 1 32 fi 99fiQ 00S94 28 2fi 0f;79 .uo 110.Q9yo

80.0 59.0 45 8 OU.U 30 0 007fif^ .uu 1 oo 27 1^1 ^ 1 .Ol .UDO < 1 Q2

80 0 58 0 4.^ 4 27 4 2824 .uuooy OOfiSQ 9R 7S .UD4o lo.yu 1 QO

ou.u 80 0 O

i=;7

1 .u0 40 Q 9/1 8 (\f\CiOA .UUdZ4 Zb.U < nC9Q .Ub^y lo.oo 80.0 56.0 38.1 22.3 .2302 .00560 25.37 .0615 15.87

80 0 55.0 35.2 19 8 2048 00498 24 69 m\J\J\J 0601X 1 5 85

80 0 54.0 32 0 17 4 1800 00437 24 03 0587 15 84

80 0 53.0 28 8 15 1 1 557 00378 23 37 0574 15 82

80 0 52 0 25 2 12 8 . xo xo .vOUX O^fil 15 81 80.0 51.0 21.1 10.5 .1085 .00263 22.11 .0548 15.79

80.0 50.0 16.2 8.3 .0856 .00207 21.50 .0535 15.78 80.0 49.0 10.1 6.1 .0631 .00153 20.91 .0523 15.76 80.0 48.0 1.7 4.0 .0411 .00099 20.32 .0510 15.75 80.0 47.0 -12.2 1.9 .0195 .00047 19.75 .0497 15.74

34
PB =25.88, Altitude = 4000 -Continued

DB WB DP RH PV W H s V

120.0 120.0 120.0 100.0 3.4476 .09615 135.86 .2614 19.49

1 OA A 120.0 1 1 O A f\A 1 94.1 0 0 A 00 3.2432 AOA/^O .08962 128.60 0 A 0^7 .2487 1 A 00 19.32

1 OA A 120.0 1 1 A

llb.O 115.D 00 A 88.4 3.0474 AOO A 0 .08348 \2\.ll .2368 1 A 1 C 19.15

1 OA A 120.0 114.0 110.4 00 A

83.0 0 OCTAO 2.8598 .07769 115.34 ooc c .2255 1 0 AA 18.99

1 OA A 120.0 1 1 O A

IIZ.O 111 1 111.1 11.1 2.6803 A^TOO A .07224 1 AA 00 109.28 0 1 /t A

.2149 18.85

120.0 110.0 108.8 72.8 2.5083 .06711 103.56 .2048 18.71 IZO.O 1 AQ A lUb.o CQ A bo.U 0 OAOQ .UbZZb no 1 n

98.1 / lo.Oo

1 OA A 120.0 1 f\i2 A lUb.U 1 A/I 1 1U4.1 bo .4 0 1 QdO Z.lobo .05 /bo AO AO 9o.0o 1 oco 1 0 /i c 10.45

1 OA A 120.0 1 nA A

1U4.U 1 A1 1 CO A 0 AOrC£! Z.Uoob .Uooob 00 OT 1 lie .17 (b A 0 0 A lo.o4

1 OA A 1 AO A

yy.o 54.9 1 QQ1 A A/l QOQ QO 10 00.10 .ibyo lo.^o

120.0 100.0 96.8 50.9 1.7535 .04542 79.43 .1617 18.12

1 OA A AO A 94 .Z An A

4 i.U 1 C0

1

f\A 1 '7'7 IK 01 lo.o (

1 C A A .1544 1 0 AO

1 OA A (\C A

yb.o 01 (3 91.b AO A 4o.4 1.49t)o AOQOO 11 (CO 1 A1

A

.14 (4 1 1 AO 17.93

1 OA A CiA A

94.0 00.9 on 0

o9.y 1 on Ai 1.0 (4 < AOCAK .UooUb b (.09 1 A AO .140o 1 1 OA

1 OA A 120.0 AO A

92.0 8b.2 ob.o 1 OC AO AO 1 AC .03195 C A A A b4.44 1 Oyi C 1 T 1C

1 /. (b

120.0 90.0 83.3 33.3 1.1489 .02902 61.17 .1285 17.68

1 O A A 120.0 OO A 88.0 OA 0 OA 0 1 f\AO A 1.04o4 .U^bZ4 CO AO 5o.0o 1 OOT 1 T Cf\ 1 I.W

120.0 86.0 77.2 0'7 0 .9425 AOO/? 1 55.15 1 1 TO .1173 1 T CO 17.53 120.0 84.0 74.0 OA C .84b 1 AO 111 .U^lll CO 0£? 52.3b 1101 .1121 t 1 A1 17.47 120.0 OO A 82.0 70.6 01 A

21.9 '7COO .7538 A1 on A .01874 A A 10 49.72 1 ATI .1071 1 T /J A

17.40

120.0 80.0 66.9 19.3 .6656 .01649 47.21 .1024 17.34 120.0 78.0 63.1 16.9 .5813 .01435 A A 00 44.83 AA^O .0978 1 n 00 17.28

120.0 76.0 58.8 14.5 CT AA/^ .5006 A 1 000 .01232 AO CI 42.57 AAOC .0935 1 n 00 17.23 120.0 74.0 54.2 100

12.3 AdO A .4234 A 1 AOA .01039 Af\ AO 40.42 AOAO .0893 17.17 120.0 72.0 49.0

1 A 1 10.1 .349b .00855 00 00 38.38 AOCO .0853 1 T 1 0 17.13

120.0 70.0 43.1 8.1 .2790 .00680 36.43 .0815 17.08 120.0 68.0 36.0 6.1 .2114 .00514 34.58 .0778 17.03

120.0 66.0 27.5 4.3 .1467 .00356 32.82 .0742 16.99

120.0 64.0 16.0 2.5 .0848 .00205 31.14 .0707 16.95

120.0 62.0 -7.3 .7 .0255 .00062 29.53 .0673 16.91

35
PB =25.88, Altitude =4000 -Continued

DB WB DP RH PV W H S V

1 uu.u 160 0 160 0 100 0 9 6555 .37343 460.35 8039 28 81 157.9 95.2 9.1904 .34547 428.80 .7522 28 01

IfiO 0 1,^6 0 1 55 9 90.5 8.7426 .31999 400.05 7050 27 28

IfiO J. \J\Jm\J0 154.0 153.8 86.1 8.3117 .29670 373.77 .6617 26 61 160.0 152.0 151.7 81.8 7.8972 .27535 349.68 .6218 26.00

160.0 150.0 149.6 77.7 7.4986 .25574 327.53 .5851 25.44

160.0 148.0 147.5 73.7 7.1152 .23766 307.13 .5512 24.92

160.0 146.0 145.4 69.9 6.7468 .22098 288.29 .5198 24.44

160.0 144.0 143.2 66.2 6.3927 .20554 270.86 .4906 23.99

160.0 142.0 141.1 62.7 6.0525 .19123 254.69 .4635 23.58

160.0 140.0 138.9 59.3 5.7257 .17794 239.69 .4382 23.20

160.0 138.0 136.8 56.0 5.4119 .16559 225.73 .4147 22.84

160.0 136.0 134.6 52.9 5.1107 .15408 212.73 .3926 22.51

160.0 134.0 132.4 49.9 4.8216 .14335 200.60 .3720 22.20

160.0 132.0 130.1 47.1 4.5442 .13332 189.27 .3527 21.91

160.0 130.0 127.9 44.3 4.2781 .12395 178.68 .3346 21.64

160.0 128.0 125.6 41.7 4.0229 .11518 168.77 .3175 21.39

160.0 126.0 123.3 39.1 3.7782 .10696 159.48 .3015 21.15

160.0 124.0 121.0 36.7 3.5436 .09926 150.77 .2865 20.93

160.0 122.0 118.6 34.4 3.3188 .09202 142.59 .2723 20.72

160.0 120.0 116.2 32.1 3.1034 .08523 134.90 .2589 20.53

160.0 118.0 113.8 30.0 2.8971 .07884 127.68 .2462 20.34

160.0 116.0 111.3 28.0 2.6995 .07282 120.88 .2343 20.17

160.0 114.0 108.8 26.0 2.5103 .06716 114.48 .2230 20.00

160.0 112.0 106.3 24.1 2.3291 .06183 108.44 .2123 19.85

160.0 110.0 103.6 22.3 2.1557 .05680 102.76 .2022 19.71 160.0 108.0 101.0 20.6 1.9898 .05206 97.39 .1927 19.57 160.0 106.0 98.2 19.0 1.8310 .04758 92.33 .1836 19.44 160.0 104.0 95.4 17.4 1.6791 .04336 87.55 .1750 19.32 160.0 102.0 92.4 15.9 1.5338 .03937 83.03 .1668 19.20

160.0 100.0 89.4 14.4 1.3948 .03559 78.76 .1590 19.09

160.0 98.0 86.2 13.1 1.2619 .03202 74.72 .1517 18.99 160.0 96.0 82.9 11.8 1.1348 .02865 70.90 .1446 18.89 160.0 94.0 79.4 10.5 1.0133 .02545 67.29 .1379 18.80 160.0 92.0 75.7 9.3 .8972 .02243 63.87 .1316 18.71

160.0 90.0 71.8 8.1 .7861 .01957 60.63 .1255 18.63 160.0 88.0 67.6 7.0 .6800 .01685 57.55 .1197 18.55 160.0 86.0 62.9 6.0 .5785 .01428 54.64 .1142 18.47 160.0 84.0 57.8 5.0 .4816 .01184 51.88 .1089 18.40 160.0 82.0 51.9 4.0 .3889 .00953 49.26 .1038 18.34

160.0 80.0 45.0 3.1 .3003 .00733 46.77 .0989 18.27 160.0 78.0 36.5 2.2 .2155 .00524 44.41 .0942 18.21 160.0 76.0 25.7 1.4 .1346 .00326 42.17 .0897 18.16

160.0 74.0 8.1 .6 .0571 .00138 40.04 .0853 18.10

36
DB WB DP

-40.0 -40.0 -40.0

.0 .0 .0

.0 -.1 -.5

.0 -.2 -1.0

.0 -.3 -1.5

.0 -.4 -2.1

.0 -.5 -2.6

.0 -.6 -3.2

.0 -.7 -3.8

.0 -.8 -4.4

.0 -.9 -5.0

.0 -1.0 -5.7

.0 -1.1 -6.3

.0 -1.2 -7.0

.0 -1.3 -7.7

.0 -1.4 -8.4

.0 -1.5 -9.2

.0 -1.6 -10.0

.0 -1.7 -10.8

.0 -1.8 -11.6

.0 -1.9 -12.5

.0 -2.0 -13.5

.0 -2.1 —14.4

.0 -2.2 -15.5

.0 -2.3 -16.5

.0 -2.4 -17.7

.0 -2.5 -18.9

.0 -2.6 -20.2

.0 —2.7 —21.6

.0 —O O6.0 —66,1

.0 —2.9 —24.7

.0 -3.0 -26.5

.0 -3.1 -28.5

40.0 40.0 40.0

40.0 39.0 38.0

40.0 38.0 36.0

40.0 37.0 33.8

40.0 36.0 31.5

40.0 35.0 29.3

40.0 34.0 26.9

40.0 33.0 24.3

40.0 32.0 22.9

40.0 31.0 19.8 40 0 30 0 1 4

40.0 29.0 12.5 40.0 28.0 7.8 40.0 27.0 1.9 40.0 26.0 -6.1

40.0 25.0 -19.3

PB =24.89, Altitude=5000

RH PV W

100.0 .0038 .00010

100.0 .0376 .00095

97.4 .0367 .00092

94.8 .0357 .00090

92.2 .0347 .00087

89.6 .0337 .00085

87.0 .0327 .00082

84.4 .0318 .00080

81.8 .0308 .00077

79.2 .0298 .00075

76.6 .0288 .00072

74.1 .0279 .00070

71.5 .0269 .00068

68.9 .0259 .00065

66.3 .0250 .00063

63.7 .0240 .00060

61.2 .0230 .00058

58.6 .0221 .00055

56.0 .0211 .00053

53.5 .0201 .00051

50.9 .0192 .00048

48.4 .0182 .00046

45.8 .0172 .00043

43.2 .0163 .00041

40.7 .0153 .00038

38.1 .0144 .00036

35.6 .0134 .00034

33.1 .0124 .00031

30.5 .0115 .00029

OO A

28.0 A1 AC .0105 .00026

25.4 .0096 .00024

22.9 .0086 .00022

20.4 .0077 .00019

100.0 .2477 .00627

92.6 .2293 .00581

85.3 .2113 .00535

78.2 .1936 .00489

71.1 .1762 .00445

64.2 .1591 .00402

57.5 .1423 .00359

50.8 .1258 .00317

47.6 .1179 .00297

41.2 .1020 .00257

.UOU'l nsfi4 no? 17

28.7 .0711 .00179

22.7 .0562 .00141

16.8 .0415 .00104

11.0 .0272 .00068

5.3 .0131 .00033

H s V

-9.48 -.0089 12.71

1.02 .0150 13.94

1.00 .0149 13.94

.97 .0149 13.94

.95 .0148 13.94

.92 .0147 13.94

.89 .0147 13.94

.87 .0146 13.94

.84 .0146 13.94

.82 .0145 13.94

.79 .0145 13.94

.76 .0144 13.94

.74 .0143 13.94

.71 .0143 13.94

.69 .0142 13.93

.66 .0142 13.93

.63 .0141 13.93

.61 .0140 13.93

.58 .0140 13.93

.56 .0139 13.93

.53 .0139 13.93

.51 .0138 13.93

.48 .0138 13.93

.45 .0137 13.93

.43 .0136 13.93

.40 .0136 13.93

.38 .0135 13.93

.35 .0135 13.93

.33 .0134 13.93

.30 .0133 13.93

.28 .0133 13.93

.25 .0132 13.93

.23 .0132 13.93 16.39 .0469 15.29

15.89 .0459 15.28 15.39 .0449 15.27

14.90 .0439 15.25

14.43 .0430 15.24

13.96 .0420 15.23 13.50 .0411 15.22 13.05 .0401 15.21 12.83 .0397 15.21 12.40 .0388 15.20

1 1 Q7 .UO tv 1 Pi 1 Q 11.56 .0370 15.18 11.15 .0361 15.17

10.75 .0353 15.16 10.36 .0344 15.15 9.98 .0336 15.14
PB =24.89, Altitude = 5000 -Continued

DB WB DP RH PV W H S V

OU.U 80 0 80oU.U0 1lUU.U 00 0 1 0'?9'? l.UO/iO ,Uci 0970Q 1 UO 48 8Pi 40.00 .luy 1 0Q11

1 7 Ofi 1 ( .UO 80 0 7Q 0 781 O.71 Q QQ09 .U^OOO 47 i^Q 4 ( .oy 1 Ofi8 .lUOo 1 7 OQ 1 (.Uo 80 0 78t O.U0 77 A Q1 Q Q4Q0 0947fi 4fi 40.0Q7( 1 041=; .1U40 1 7 00 1 (.UU 80 0 77( I .u0 7fi 1 88OO.U0 .yuo 0087( 09Qfi7 40.117I 1 099 1 fi Q7 ID.y ( 80.0 76.0 74.8 84.2 .8693 .02260 44.01 .1001 16.94 80 0 7c; 0 1 O.U 7Q1 O.O 80 ^ oU.O .ooUo 8^08 091 K'7 .UiilO ( /1 9 87 4Z.O ( OQ7Q .uy (y 1 fi Q9 ib.yz

80 0 oU.U 7/1 0 1 4.U 79 1 7fi 8 1 D.o 7QQ9 090Ci<^ .U^UOO /1 1 7(? 41.(0 .uyoo 1 fi 80 ib.oy

80 0 OU.U 7*^ 0 (O.U 70 7 1 U. ( 7Q(O.O . ( OOo 01 Qt^7 .uiyo ( 40 (^8 4U.DO 0QQ8 .uyoo 1 fi 8fi Ib.ob eo 0 OU.U 79 0 <^Q 9 (^Q 8 oy.o 790Q 01 SRI .UloOl oy.oo 0Q1 8 .uy lo 1 fi Q/l lb.o4 80.0 71.0 67.8 66.4 .6850 .01767 38.60 .0899 16.81 80 0 oU.U 70 0 1 U.U DD.o OO.U .OOUO .UIO 01 (\7(\

(

0

Q7 fiO O ( .OU 0880 .UooU 1 fi 7Q lb. /y

80 0 oU.U fiQ 0 oy.u fi/l 8 u4.o oy.o p;q 8 .OlOo R1 (^8 01 f;87 .UlOo ( Qfi fiQ OO.OO 08fi1 .UoOl 1 fi 77 lb. (

(

80 0 oU.U (^8 0 Oo.U fiQ 9 OO.U .OoOO 01 k;oo .UIOUU QP; fi7 oO.O ( OB/IQ .Uo4o 1 fi 7/1 lb. (4 80 0 oU.U fi7 0 0 t .u Dl.O OO.'i4 .OOIO 01 41 o4. Q4 74(4 089^: .UOiiO 1 fi 79 lb. ii. 80.0 66.0 59.9 50.4 .5199 .01332 33.84 .0808 16.70

80.0 eta A

bo.U CCQ O

Oo.Z Al A 4 (.4 /<QOA .4oyu Ai 9r;i .Ul^Ol 09 QC oZ.yo .0791 lb.b8 oU.U b4.U Ob.4 44.4 .40oo Oil 79 .Ull (Z Q9 AQ (VTlA .U ( (4 1 c. etc. Ib.bb

A

bo.U 04.

b

/lift 41.

b

/19Q9 .4zyz oi OQc; .uluyo Q1 OA ol.Z4 .U (0 ( lb.b4 on o oU.U no 0 b^.U t;9 7 0^. ( QS 8 OO.o /I009 01 090 .UlU^U QO /I9 A7/1

1

.U (41 1 fi fi9 Ib.bZ 80.0 61.0 50.7 36.0 .3719 .00947 29.61 .0726 16.60

oU.U 80 0 fiO Du.U0 40.U OO.o Q441 0087^^ .UUo (

o

98 8Q .U0710 ( lU xu.oo 80oU.U0 OU. ^0 7( ^l fiQ .uuouo 98 Ofi 16xu.ou56

80oU.u0 Oo.U 1^8 0 44 1 98 1 900*^ .^yuo .UU 007^7 ( O ( ^97( .Ol ^1 0680 16 .54 80 0 oU.U O

f;7

( .u0 41 7 9t^ ^O.OR 9^4*? .^O'lO 00fi70 .UUO (U 9fi f^a .UuOD 16 5^

80.0 56.0 39.1 23.1 .2388 .00605 25.86 .0651 16.51 80 0 oU.U OO.U ou.o 90 7 ^U. ( 91 '^8 .UU04i oop;4i 9f; ifi .UDO ( Ifi 4Q

80 0 OU.U 04.

U

9 lo.O .UU'l 00478(o 94 48 0fi94 1D.40 Ifi 48

oU.U 80 0 OO.U K'i 0 OU.l ^0 1 1iO.U fi 0 .iOOO 0041 7 9Q 81 .UDIU Ifi 1U.4U46

80 0 oU.U t;9 0 9fi a ^'i 7 lO. ( .1410 .UUoOo 9Q Ifi .uoy ( Ifi iO.44 44

eo 0 oU.U K^ 0 Ol.U 9Q O iiO.U lie; 1 1 88 .1 loo 009QQ .uUiiyy 99 fk9 .UOoO Ifi i0.404Q

80.0 50.0 18.7 9.3 .0963 .00242 21.89 .0570 16.41 80.0 49.0 13.3 7.2 .0742 .00187 21.28 .0557 16.40 80.0 48.0 6.4 5.1 .0525 .00132 20.68 .0545 16.39 80.0 47.0 -3.5 3.0 .0313 .00079 20.10 .0532 16.37 80.0 46.0 -23.3 1.0 .0104 .00026 19.52 .0519 16.36
PB = 24.89, Altitude = 5000 - Continued

WB DP RH PV W XX co VV

120.0 120.0 120.0 100.0 3.4476 .10058 140.80 .2730 20.39

120.0 118.0 117.8 94.1 3.2439 .09374 133.19 .2598 20.20

120.0 116.0 115.6 88.4 3.0489 .08730 126.03 .2473 20.02

120.0 114.0 113.4 83.0 2.8621 .08125 119.30 .2355 19.85

1 OA A 1 1 O A 111 1 111.1 nn o

/7.8 o /*ooo 2.6832 Arr r c c .07555 112.96 .2244 19.69

120.0 110.0 108.9 72.9 2.5120 .07018 106.99 .2138 19.54 120.0 108.0 106.5 68.1 2.3482 .06512 101.36 .2039 19.40 120.0 106.0 104.2 63.6 2.1914 .06035 96.05 .1944 19.26 120.0 104.0 101.8 59.2 2.0415 .05584 91.04 .1855 19.14 120.0

1 AO A 102.0 99.4 55.1 1 OAOA 1.8980 A r" "1 r" A .05159 O/^ OA 86.30 .1770 19.02

120.0 100.0 96.9 51.1 1.7608 .04757 81.83 .1689 18.90 120.0 98.0 94.4 47.3 1.6296 .04378 77.60 .1613 18.80 120.0 96.0 91.8 43.6 1.5041 .04019 73.61 .1541 18.70 120.0 94.0 89.1 40.1 1.3842 .03679 69.83 .1472 18.60

1 OA A

120.0 AO A

9^.0 86.4 36.8 1 O/^ ACT Aoo c n .03357 66.25 .1406 18.51

120.0 90.0 83.6 33.6 1.1599 .03053 62.86 .1344 18.43

120.0 88.0 80.7 30.6 1.0551 .02765 59.65 .1284 18.34 120.0 86.0 77.6 27.7 .9549 .02492 56.61 .1228 18.27

120.0 84.0 74.5 24.9 .8591 .02233 53.72 .1174 18.19

1 OA A 120.0 OO A "71 1 71.1 OO o .ibib A 1 AO^ .01987 CA AA 50.99 .1123 18.13

120.0 80.0 67.6 19.7 .6801 .01754 48.39 .1074 18.06

120.0 78.0 63.8 17.3 .5965 .01533 45.93 .1027 18.00

120.0 76.0 59.7 15.0 .5165 .01323 43.59 .0982 17.94 120.0 74.0 55.3 12.8 .4401 .01124 41.37 .0939 17.88 120.0 72.0 50.3 10.6 .3669 .00934 39.26 .0898 17.83

120.0 70.0 44.7 8.6 .2970 .00754 37.25 .0858 17.78

120.0 68.0 38.1 6.7 .2301 .00583 35.34 .0820 17.73 120.0 66.0 30.2 4.8 .1661 .00420 33.53 .0784 17.68 120.0 64.0 20.4 3.0 .1049 .00264 31.80 .0748 17.64 120.0 62.0 4.0 1.3 .0463 .00116 30.15 .0713 17.60

39
PB =24.89, Altitude = 5000 -Continued

DB WB DP RH PV W H S V

160.0 160.0 160.0 100.0 9.6555 .39767 487.73 .8530 30.69

160.0 158.0 157.9 95.2 9.1911 .36727 453.44 .7968 29.78

160.0 156.0 155.9 90.6 8.7442 .33967 422.30 .7456 28.96

160.0 154.0 153.8 86.1 8.3141 .31452 393.92 .6989 28.21 160.0 152.0 151.7 81.8 7.9003 .29154 367.97 .6560 27.52

160.0 150.0 149.6 77.7 7.5024 .27047 344.19 .6166 26.89

160.0 148.0 147.5 73.7 7.1198 .25111 322.33 .5802 26.31

160.0 146.0 145.4 69.9 6.7521 .23327 302.19 .5467 25.78

160.0 144.0 143.3 66.3 6.3987 .21680 283 59 ,01.00 5155 25 29

i6o!o 142.0 141.1 62^8 6^0593 ^20156 266.38 .4867 24.83

160.0 140.0 139.0 59.4 5.7332 .18744 250.43 .4598 24.41

160.0 138.0 136.8 56.1 5.4202 .17433 235.62 .4348 24.02

160.0 136.0 134.6 53.0 5.1197 .16214 221.84 .4115 23.65

160.0 134.0 132.4 50.0 4.8313 .15078 209.01 .3896 23.31

160.0 132.0 130.2 47.2 4.5547 .14019 197.05 .3692 22 99

IfiO 0 1^0 0 128 0 44 4 4 2893 13031 185.87 .3501 22.70

1XUv.U fiO 0 IPS 0 125 7 41 8 4 0348 12106 1 75 43 .3322 22.42

1 fiO 0 126 0 3 7909 .XX1 1241 L^'-t X 1 65 65 •tj3153 xoo 22.16

IDU.U 1 94 0 191 1 OD.O O.OO 1 u 1.0\J*'-x.V 2995 21 92

160.0 122.0 118.8 34.5 3.3330 .09671 147.89 .2846 21.69

160.0 120.0 116.4 32.3 3.1183 .08958 139.83 .2705 21.47

160.0 118.0 114.0 30.2 2.9127 .08288 132.25 .2573 21.27

160.0 116.0 111.6 28.1 2.7158 .07658 125.13 .2448 21.08

160.0 114.0 109.1 26.2 2.5273 .07066 118.43 .2330 20.91

160.0 112.0 106.5 24.3 2.3468 .06508 112.12 .2218 20.74

160.0 110.0 103.9 22.5 2.1741 .05983 106.18 .2113 20.58

160.0 108.0 101.3 20.8 2.0089 .05487 100.58 .2013 20.43

160.0 106.0 98.6 19.2 1.8508 .05020 95.30 .1918 20.29

160.0 104.0 95.8 17.6 1.6996 .04580 90.31 .1828 20.16

160.0 102.0 92.9 16.1 1.5550 .04164 85.61 !l743 20.03

160.0 100.0 89.9 14.7 1.4168 .03771 81.16 .1662 19.91 160.0 98.0 86.8 13.3 1.2846 .03400 76.96 .1586 19.80 160.0 96.0 83.5 12.0 1.1582 .03049 72.99 .1513 19.70 160.0 94.0 80.2 10.7 1.0374 .02717 69.23 .1443 19.60 160.0 92.0 76.6 9.5 .9219 .02402 65.67 .1377 19.50

160.0 90.0 72.8 8.4 .8116 .02105 62.31 .1314 19.41 160.0 88.0 68.7 7.3 .7062 .01823 59.12 .1254 19.33 160.0 86.0 64.2 6.3 .6054 .01557 56.10 .1197 19.25 160.0 84.0 59.3 5.3 .5091 .01304 53.24 .1142 19.17 160.0 82.0 53.8 4.3 .4171 .01064 50.53 .1090 19.10

160.0 80.0 47.4 3.4 .3292 .00837 47.95 .1040 19.03 160.0 78.0 39.7 2.5 .2452 .00621 45.51 .0991 18.97

160.0 76.0 30.0 1.7 .1649 .00416 43.19 .0945 18.90 160.0 74.0 16.8 .9 .0881 .00222 40.99 .0899 18.85 160.0 72.0 -17.2 .2 .0148 .00037 38.90 .0854 18.79

40
DB WB DP

-40.0 -40.0 -40.0

.0 .0 .0 .0 -.1 -.5

.0 -.2 -.9

.0 -.3 -1.4

.0 -.4 -1.9

.0 -.5 -2.4

.0 -.6 -3.0

.0 -.7 -3.5

.0 -.8 -4.1

.0 -.9 -4.6

.0 -1.0 -5.2

.0 -1.1 -5.8

.0 -1.2 -6.4

.0 -1.3 -7.0

.0 -1.4 -7.7

.0 -1.5 -8.4

.0 -1.6 —9.1

.0 -1.7 -9.8

.0 -1.8 -10.5

.0 -1.9 -11.3

.0 -2.0 -12.1

.0 -2.1 -13.0

.0 -2.2 -13.8

.0 -2.3 —14.7

.0 -2.4 -15.7

.0 -2.5 —16.7

.0 -2.6 -17.8

.0 -2.7 -18.9

.0 -2.8 -20.1

.0 -2.9 -21.4

.0 -3.0 -22.8

.0 -3.1 -24.2

.0 -3.2 -25.8

.0 -3.3 -27.6

.0 -3.4 -29.5

PB =22.65, Altitude = 7500

RH PV W

100.0 .0038 .00010

100.0 .0376 .00104

97.6 .0367 .00101

95.2 .0358 .00099

92.8 .0349 .00096

90.3 .0340 .00094

87.9 .0331 .00091

85.5 .0322 .00089

83.1 .0313 .00086

80.7 .0304 .00084

78.3 .0295 .00081

75.9 .0286 .00079

73.5 .0277 .00076

71.1 .0268 .00074

68.8 .0259 .00071

66.4 .0250 .00069

64.0 .0241 .00066

61.6 .0232 .00064

59.2 .0223 .00062

56.9 .0214 .00059

54.5 .0205 .00057

52.1 .0196 .00054

49.7 .0187 .00052

47.4 .0178 .00049

45.0 .0169 .00047

42.6 .0161 .00044

40.3 .0152 .00042

37.9 .0143 .00039

35.6 .0134 .00037

33.2 .0125 .00034

30.9 .0116 .00032

28.5 .0107 .00030

26.2 .0099 .00027

23.8 .0090 .00025

21.5 .0081 .00022

19.1 .0072 .00020

H S V

-9.46 -.0024 13.96

1.13 .0217 15.32

1.11 .0216 15.32

1.08 .0216 15.32

1.05 .0215 15.32

1.03 .0214 15.32

1.00 .0214 15.32

.97 .0213 15.32

.95 .0213 15.32

.92 .0212 15.32

.89 .0212 15.32

.87 .0211 15.32

.84 .0210 15.32

.82 .0210 15.32

.79 .0209 15.32

.76 .0209 15.32

.74 .0208 15.31

.71 .0207 15.31

.68 .0207 15.31

.66 .0206 15.31

.63 .0206 15.31

.61 .0205 15.31

.58 .0204 15.31

.55 .0204 15.31

.53 .0203 15.31

.50 .0203 15.31

.48 .0202 15.31

.45 .0201 15.31

.42 .0201 15.31

.40 .0200 15.31

.37 .0200 15.31

.35 .0199 15.31

.32 .0198 15.31

.29 .0198 15.30

.27 .0197 15.30

.24 .0197 15.30

41
PB = 22.65, Altitude = 7500 - Continued

DB WB DP RH PV W H S V

40.0 40.0 40.0 100.0 .2477 .00690 17.08 .0548 16.82 40.0 39.0 38.1 92.9 .2301 .00641 16.54 .0538 16.80

40.0 38.0 36.1 86.0 .2129 .00592 16.02 .0527 16.79 40.0 37.0 34.1 79.1 .1960 .00545 15.51 .0517 16.78 40.0 36.0 31.9 72.4 .1794 .00498 15.01 .0507 16.77

40.0 35.0 29.8 65.9 .1631 .00453 14.52 .0497 16.75 40.0 34.0 27.6 59.4 .1471 .00408 14.04 .0487 16.74 40.0 33.0 25.2 53.1 .1314 .00364 13.56 .0477 16.73

40.0 32.0 23.9 49.9 .1235 .00342 13.33 .0472 16.73 40.0 31.0 21.1 43.7 .1083 .00300 12.87 .0463 16.71

40.0 30.0 18.0 37.7 .0935 .00259 12.42 .0453 16.70 40.0 29.0 14.6 31.9 .0789 .00218 11.99 .0444 16.69 40.0 28.0 10.6 26.1 .0647 .00179 11.56 .0435 16.68 40.0 27.0 5.8 20.5 .0507 .00140 11.15 .0426 16.67 40.0 26.0 -.3 15.0 .0370 .00102 10.74 .0417 16.66

40.0 25.0 -8.7 9.6 .0237 .00065 10.34 .0408 16.65 40.0 24.0 -23.1 4.2 .0105 .00029 9.95 .0399 16.64
PB = 22.65, Altitude = 7500 - Continued

DB WB KH FV w

TT

ti V

80.0 80.0 80.0 100.0 1.0323 .02982 51.92 .1216 18.83 80.0 79.0 78.8 96.0 .9910 .02857 50.55 .1190 18.79 80.0 78.0 77.5 92.1 .9506 .02735 49.22 .1165 18.76 80.0 77.0 76.2 88.3 .9112 .02617 47.92 .1141 18.72 80.0 76.0 74.9 84.5 .8726 .02502 46.66 .1117 18.69

80.0 75.0 73.6 80.9 .8349 .02390 45.43 .1094 18.66

80.0 74.0 72.3 77.3 .7981 .02280 44.23 .1072 18.63 80.0 73.0 70.9 73.8 .7620 .02174 43.07 .1050 18.59 80.0 72.0 69.5 '7A A 70.4

ney/}Q .UZU 10 A 1 no 41.yd 1 AOO .1028 18.56 80.0 71.0 68.1 67.1 .b9ii4 .01969 40.82 .1007 18.54

80.0 70.0 66.6 63.8 .6587 .01870 39.74 .0987 18.51 80.0 69.0 65.2 60.6 .6258 .01774 38.68 .0967 18.48

80.0 68.0 63.7 57.5 .5936 .01680 37.66 .0947 18.45 80.0 67.0 62.1 54.5 .5621 .01589 36.66

AAOO .0928 1 O >l O 80.0 66.0 60.5 51.5 .5314 .01500 35.68 .0909 18.40

80.0 65.0 58.9 48.6 .5013 .01413 34.73 .0891 18.38 80.0 64.0 57.2 45.7 .4718 .01328 33.80 .0873 18.35 80.0 68.0 55.5 42.9 .4430 .01245 32.89 .0855 18.33

80.0 62.0 53.7 40.2 .4149 .01165 32.01 .0838 18.30 80.0 61.0 51.8 37.5 .3873 .01086 31.15 .0821 18.28

80.0 60.0 49.8 34.9 .3603 .01009 30.30 .0805 18.26

80.0 59.0 47.8 32.4 .3340 .00934 29.48 .0789 18.24 80.0 58.0 45.7 29.9 .3082 .00861 28.68 .0773 18.22 80.0 57.0 43.4 27.4 .2829 .00789 27.90 .0757 18.20 80.0 56.0 41.1 25.0 .2582 .00720 27.13 .0742 18.18

80.0 55.0 38.5 22.7 .2340 .00652 26.39 .0727 18.16 80.0 54.0 35.8 20.4 .2103 .00585 25.66 .0713 18.14 80.0 53.0 32.9 18.1 .1872 .00520 24.94 .0698 18.12 OA A

80.0 CO A

52.0 30.0 15.9 .1645 .00456 24.25 .0684 18.10 80.0 51.0 26.9 13.8 .1422 .00394 23.57 .0670 18.08

80 0 1 1 7 99 QO 18 06

80.0 49.0 19.3 9.6 .0992 .00274 22.25 .0643 18.05 80.0 48.0 14.4 7.6 .0783 .00217 21.62 .0629 18.03 80.0 47.0 8.4 5.6 .0578 .00160 20.99 .0616 18.01 80.0 46.0 .1 3.7 .0378 .00104 20.39 .0603 18.00 80.0 45.0 -13.5 1.8 .0182 .00050 19.79 .0590 17.98

43
PB =22.65, Altitude = 7500 -Continued

DB WB DP RH PV W H S V

120.0 120.0 120.0 100.0 3.4476 .11229 153.84 .3032 22.77

120.0 118.0 117.8 94.1 3.2456 .10460 145.29 .2884 22.53

120.0 116.0 115.7 88.5 3.0522 .09738 137.26 .2744 22.31

120.0 114.0 113.4 83.2 2.8671 .09061 129.73 .2612 22.10

120.0 112.0 111.2 78.0 2.6899 .08425 122.65 .2487 21.91

120.0 110.0 109.0 73.1 2.5204 .07826 116.00 .2370 21.72

120.0 108.0 106.7 68.4 2.3582 .07264 109.73 .2259 21.55

120.0 106.0 104.4 63.9 2.2031 .06734 103.84 .2154 21.38

120.0 104.0 102.0 59.6 2.0548 .06234 98.28 .2055 21.23

120.0 102.0 99.6 55.5 1.9130 .05764 93.05 .1961 21.09

120.0 100.0 97.2 51.6 1.7774 .05320 88.11 .1872 20.95

120.0 98.0 94.7 47.8 1.6478 .04902 83.45 .1788 20.82

120.0 96.0 92.2 44.2 1.5240 .04506 79.05 .1708 20.70

120.0 94.0 89.6 40.8 1.4057 .04133 74.89 .1633 20.58

120.0 92.0 87.0 37.5 1.2926 .03780 70.96 .1561 20.47

120.0 90.0 84.2 34.4 1.1846 .03447 67.25 .1493 20.37

120.0 88.0 81.4 31.4 1.0814 .03131 63.73 .1428 20.27

120.0 86.0 78.5 28.5 .9829 .02833 60.41 .1366 20.18

120.0 84.0 75.5 25.8 .8887 .02550 57.26 .1307 20.09

120.0 82.0 72.3 23.2 .7988 .02282 54.28 .1252 20.01

120.0 80.0 68.9 20.7 .7129 .02029 51.46 .1198 19.93 120.0 78.0 65.4 18.3 .6309 .01789 48.78 .1148 19.86 120.0 76.0 61.6 16.0 .5525 .01561 46.25 .1099 19.79 120.0 74.0 57.5 13.9 .4777 .01345 43.84 .1053 19.72 120.0 72.0 53.1 11.8 .4061 .01140 41.55 .1008 19.66

120.0 70.0 48.1 9.8 .3378 .00945 39.39 .0966 19.60 120.0 68.0 42.5 7.9 .2725 .00760 37.33 .0925 19.54 120.0 66.0 35.8 6.1 .2101 .00584 35.37 .0886 19.48

120.0 64.0 28.1 4.4 .1504 .00417 33.51 .0848 19.43 120.0 62.0 18.0 2.7 .0933 .00258 31.74 .0812 19.38 120.0 60.0 .6 1.1 .0388 .00107 30.05 .0776 19.34

44
PB = 22.65, Altitude = 7500 - Continued

DB WB DP RH PV W H S V

160.0 160.0 160.0 100.0 9.6555 .46613 565.09 .9904 35.98

1 "iR 0 1 '^l Q Q5 9 Q 1 Q9Q 4284p; o^^.oo Q20a O^. ^4 74( 160 0 1,'i6 0 X<J(J.i7 90 6 8 7477 '^Q4'=i7 484 ^4 .ooou oo.oofi^ If^O 0 1 f=i4 0 8fi 2 8 "^IQ^ ,OUOi7D 44Q 80 801

1

'^2 fi^ 160 0 1.^2 0 xux 151 .o8 81OX .i79 7 Q07'^ 418 47 74Q^ O911. 711 1

160.0 150.0 149.7 77.8 7.5111 .31094 389.95 .7020 30.89

160 0 14S 0 147 X^ 1 m\J6 73 8 7 1302 .^O 28788 t CO 363 Q1 6587 OV/. 30 13XO 160 0 146 X *1V/,V/0 1 45 5 701 v. 1X 6 7642 26676 340 07 6190 29 43

IRO lUvf.v0 144 0 14*^ 4 66 4 6 4125 .^iiT 1 OO ^1^^ 17 ,oo^o 95^ ^^0 160 J. \J\J,\J0 142 0 141 X^ X 2 62 9 fi 074^^ 01 .0*400 9R 91

160.0 140.0 139.1 59.6 5.7504 .21307 279.42 .5172 27.67

160 0 1*^8 0 1^7 XO 1 .1/0 56 3 5 4390 1Q78fi 2fi2 2^ 4882 27 17

l^fi xou.v0 1*^4 8 53 2 5 1402 .loo 18^771 t 24fi ^1 4fi12 9(\ 70

160 0 1,'^4 0 1*^2 6 50 3 4 8535 17070 2*^1 54 43fi1 2fi 27

160 0 1S2 0 1.30 4 47 4 4 5785 1 5855 217 82 4127 25 87

160.0 130.0 128.2 44.7 4.3148 .14725 205.04 .3909 25.50

160 XUV.V0 12S 0 126 0 42 1 4 0619 13671 193 ICO.!** 14 3704 25 1

5

^O. XO 160 0 126 0 123 7 0*7. 39 6

U

O.O 3 8196 X t7U 12689 182 03 3513 24 83

160 0 124 0 121 4 37 2 3 5874 .XXI 1 1771f X 171 XIX m\JO 65 3334 24 53

160 X W.V/0 122 0 119 X X c/* 1X 34 9 3 3650 . 10912 X v/t7 X^ 161 XU X .t7T 94 .o3165 xuo 24 24

160.0 120.0 116.8 32.6 3.1519 .10108 152.85 .3007 23.98

1 60 0 118 0 114 X Xl.T4 30 5 2 9479 09355 144 34 2858 23 73

160 X \J\J *\J0 116 X XU.V/0 112 X X^.V0 28 5 2 7526 08649 136 35 2718 1 XO 23 50

160 0 114 0 109 6 26 6 2 5658 07985 128 X^O.OO85 2586 23 28

XIfiO Ul/.l/0 112 X X^.V0 107 Xw 1 . 1X 24 7 9ij.OOUt/ ^SfiQ 07*^fi? 121 X^X .OV 80 2461 23 07

160.0 110.0 104.6 22.9 2.2159 .06777 115.18 .2344 22.88

IfiO 0 10S 0 102 0 21 3 2 0522 06226 108 X V/0.«7't 94 2233 22 70

1 60 0 106 0 99 3 19 6 X tOVOO 05707 103 X UO.vO08 2128 X£<0 99 53

160 0 104 0 96 6 18 1 X.I 'iUi* 05219 97 55 2028 22 36

XIfiO Ul/.l/0 102 0 9"^ 9 Ifi 1 fi0*^9 047^15^ Q5> ^4 1934 99 21

160.0 100.0 91.0 15.2 1.4665 .04324 87.43 .1845 22.07

1 fiO 0 QS 0 88OO.U0 1iO.O ^ 8 1 3^59 0391

5

82 79 1 761 21 93

1luu.u fifl rt fu.u 84 Q 12 12111 0^528 78 42 1fi81 21 80

1 fin 0 Q4 n 81 7 1 1

'\ 1 0Q1Q ,yjoivo 74 2Q 1fi05 21 fi8 IDU.U 7Q A lU.l .y ioo 70 .1066 91 f;7

160.0 90.0 74.8 9.0 .8693 .02492 66.69 .1463 21.46

1 fin n OO.U 71 n < l.U 7 Q 02184 fi^ 20 .loco 1398 ^421X .OU 36

1 an n lou.u OD.U D ( .u o.yQ ni8Q2 fiQ QO .lOOU 1^'^fi ^91X .^u 9fi o4.U o.y p;7i ni fii fi f^fi 78 .1^127fi1 u ^(91X . 17X 1 160 X UU.l/0 S2 0 57 7 5 0 .4811 .01355 53.82 .1219 21.09

160.0 80.0 52.3 4.1 .3947 .01107 51.02 .1165 21.00

160.0 78.0 46.0 3.2 .3123 .00872 48.36 .1113 20.93

160.0 76.0 38.5 2.4 .2335 .00650 45.85 .1063 20.85

160.0 74.0 29.2 1.6 .1583 .00439 43.46 .1015 20.78

160.0 72.0 16.5 .9 .0865 .00239 41.19 .0969 20.72

160.0 70.0 -13.7 .2 .0179 .00049 39.04 .0922 20.65
DB WB DP

_40.0 -40.0 —40.0

^ '0 .0 .0

: .0 -.1 —.4

:o -.2 -.9

.0 -.3 -1.3

.0 -.4 -1.8

.0 -.5 —2.3

.0 -.6 -2.7

.0 _.7 -3.2

.0 -.8 -3.7

;;0 -.9 -4.2

:

' .0 -1.0 -4.8

, /..O -1.1 -5.3

: .0 _i.2 -5.9

.0 -1.3 _6.4

. . .0 _i.4 _7.o

.0 -1.5 -7.6

.0 -1.6 -8.3

.0 _i.7 -8.9

.0 -1.8 -9.6

.0 -1.9 -10.2

.0 _2.0 -10.9

.0 _2.1 -11.7

.0 -2.2 -12.4

.0 _2.3 -13.2

.0 _2.4 -14.0

.0 -2.5 -14.9

.0 -2.6 -15.8

.0 -2.7 -16.7

.0 -2.8 -17.7

.0 -2.9 -18.8

.0 -3.0 -19.9

.0 -3.1 -21.0

.0 -3.2 -22.2

.0 -3.3 -23.6

.0 -3.4 -25.0

.0 -3.5 -26.5

.0 -3.6 -28.2

.0 -3.7 -30.0

.0 -3.8 -32.1

PB =20.58, Altitude = 10000

RH PV W

100.0 .0038 .00011

100.0 .0376 .00114

97.8 .0368 .00112

95.5 .0360 .00109

93.3 .0351 .00107

91.0 .0343 .00104

88.8 .0334 .00102

86.6 .0326 .00099

84.3 .0317 .00096

82.1 .0309 .00094

79.9 .0301 .00091

77.7 .0292 .00089

75.4 .0284 .00086

73.2 .0276 .00084

71.0 .0267 .00081

68.8 . .0259 .00079

66.6 .0251 .00076

64.4 .0242 .00074

62.2 .0234 .00071

60.0 .0226 .00069

57.8 .0217 .00066

55.6 .0209 .00063

53.4 .0201 .00061

51.2 .0193 .00058

49.0 .0184 .00056

46.8 .0176 .00053

44.6 .0168 .00051

42.4 .0160 .00048

40.2 .0151 .00046

38.1 .0143 .00043

35.9 .0135 .00041

33.7 .0127 .00039

31.5 .0119 .00036

29.4 .0111 .00034

27.2 .0102 .00031

25.0 .0094 .00029

22.9 .0086 .00026

20.7 .0078 .00024

18.5 .0070 .00021

16.4 .0062 .00019

H s V

—9.44 .0042 15.37

1.25 .0285 16.87

1.23 .0285 16.87

1.20 .0284 16.87

1.17 .0283 16.87

1.14 .0283 16.87

1.12 .0282 16.87

1.09 .0282 16.87

1.06 .0281 16.86

1.04 .0280 16.86

1.01 .0280 16.86

.98 .0279 16.86

.96 .0279 16.86

.93 .0278 16.86

.90 .0277 16.86

.88 .0277 16.86

.85 .0276 16.86

.82 .0276 16.86

.79 .0275 16.86

.77 .0274 16.86

.74 .0274 16.86

.71 .0273 16.86

.69 .0273 16.85

.66 .0272 16.85

.63 .0271 16.85

.61 .0271 16.85

.58 .0270 16.85

.56 .0270 16.85

.53 .0269 16.85

.50 .0268 16.85

.48 .0268 16.85

.45 .0267 16.85

.42 .0267 16.85

.40 .0266 16.85

.37 .0265 16.85

.34 .0265 16.85

.32 .0264 16.85

.29 .0264 16.84

.27 .0263 16.84

.24 .0262 16.84
PB =20.58, Altitude = 10000- Continued

lJS-> VV J3 DP xvXX PVX V wVV XJXX co VV

40.0 40.0 40.0 100.0 .2477 .00760 17.84 .0630 18.53 4U.U QQ ft OV.V QQ 9 QQ 9 9QftQ ftft7ftfi 1 7 9Q ftfil Q .ubiy 1 Q KO lo.OZ Ann 40.0 oo n

oo.O ob.o OO.D OIAA ftftfic;7 1 ^5 79 lb. /O ftCftQ 1 O CA lo.oU Ann 40.U 01 ft QA A Qft ft oU.U 1 QQ9 ftftfift7 1 fi 1 Q ib.iy ftl^07 .uoy I

1 Q ACi Ann QC ft •39 Q OC.O 7Q P. (O.D 1 89/1 .UUOOo 1 fifi 10.bb ftt^Qfi .UOob 1 Q /t 7 lo.4 /

40.0 35.0 30.3 67.4 .1668 .00510 15.14 .0576 18.46

O'l.U 98 9 fil 9 .1010 Aft/ICQ 1 4 fi4 14.D4 .UODO

4U.U OO.W 9fi ft 00.1 1 Qfifi .loot) ftft/t 1 7 .UU41 1 ^A^A 14.14 .UOOO 1 8 4Q

A(\ ft ft 9/1 7 ^4. ( c;9 ft 1 9Q7 ftftQQQ 1 Q QQ ftc;c;ft 1 8 /19

Af\ ft 4U.U ft 99 9 40.1 .114^ ftftQ/l Q 1 Q /1ft ftrc/ift 18 41 lo.41

40.0 30.0 19.4 40.4 .1000 .00305 12.93 .0530 18.40

/ift ft 4U.U 90 ft 1D.4 Q/1 fi ftfifil ftft9fi9 19/17 1^.4 ( ftc;9ft 1 8 Qa

/Ift ft 4U.U OQ ft 1 9 Q 9Q Q ft70(^

.U /ZO ftftO0

1

1 9 ftO ftKI 1 1 Q 17

Ann 40.0 0'7 ft Q 0

O.O .OoyZ AA1 OA .UOloO 1 1 CO 11.OO ftCftI 1 Qio.ob 40.0 26.0 3.9 18.6 .0462 .00140 11.16 .0492 18.35

40.0 25.0 -2.2 13.5 .0334 .00102 10.74 .0483 18.34 40.0 24.0 -10.9 8.5 .0210 .00064 10.33 .0474 18.33 40.0 23.0 -26.3 3.5 .0087 .00026 9.93 .0465 18.32
PB =20.58, Altitude = 10000 -Continued

DB WB DP RH PV W H S V

80.0 80.0 80.0 100.0 1.0323 .03297 55.38 .1349 20.82

80.0 79.0 78.8 96.1 .9917 .03161 53.89 .1321 20.78

80.0 78.0 77.5 92.2 .9522 .03028 52.44 .1294 20.74

80.0 77.0 76.3 88.5 .9135 .02899 51.03 .1268 20.70

80.0 76.0 75.0 84.8 .8757 .02774 49.65 .1242 20.66

80.0 75.0 73.7 81.2 .8387 .02652 48.31 .1217 20.62

80.0 74.0 72.4 77.8 .8026 .02533 47.01 .1192 20.58

80.0 73.0 71.1 74.3 .7673 .02417 45.74 .1169 20.54

80.0 72.0 69.8 71.0 .7329 .02305 44.51 .1145 20.51

80.0 71.0 68.4 67.7 .6992 .02195 43.31 .1122 20.47

80.0 70.0 67.0 64.5 .6663 .02088 42.14 .1100 20.44

80.0 69.0 65.5 61.4 .6341 .01984 41.00 .1079 20.41 80.0 68.0 64.1 58.4 .6027 .01883 39.89 .1057 20.37

80.0 67.0 62.6 55.4 .5719 .01784 38.80 .1037 20.34

80.0 66.0 61.1 52.5 .5419 .01688 37.75 .1016 20.31

80.0 65.0 59.5 49.7 .5126 .01594 36.72 .0997 20.28

80.0 64.0 57.9 46.9 .4839 .01503 35.72 .0977 20.25

80.0 63.0 56.2 44.2 .4558 .01413 34.74 .0958 20.22

80.0 62.0 54.5 41.5 .4284 .01327 33.79 .0940 20.20

80.0 61.0 52.8 38.9 .4016 .01242 32.86 .0922 20.17

80.0 60.0 50.9 36.4 .3754 .01159 31.96 .0904 20.14

80.0 59.0 49.0 33.9 .3497 .01079 31.07 .0887 20.12

80.0 58.0 47.1 31.5 .3247 .01000 30.21 .0870 20.09

80.0 57.0 45.0 29.1 .3002 .00924 29.37 .0853 20.07

80.0 56.0 42.8 26.8 .2762 .00849 28.55 .0837 20.05

80.0 55.0 40.5 24.5 .2527 .00776 27.75 .0821 20.02

80.0 54.0 38.1 22.3 .2298 .00705 26.97 .0805 20.00

80.0 53.0 35.5 20.1 .2073 .00635 26.21 .0790 19.98 80.0 52.0 32.7 18.0 .1854 .00567 25.47 .0775 19.96 80.0 51.0 29.9 15.9 .1639 .00501 24.74 .0760 19.94

80.0 50.0 27.0 13.8 .1429 .00436 24.03 .0746 19.91 80.0 49.0 23.7 11.8 .1223 .00373 23.34 .0731 19.89

80.0 48.0 19.9 9.9 .1021 .00311 22.66 .0717 19.87 80.0 47.0 15.5 8.0 .0824 .00251 22.00 .0703 19.86

80.0 46.0 10.1 6.1 .0631 .00192 21.35 .0690 19.84

80.0 45.0 3.1 4.3 .0442 .00134 20.72 .0676 19.82 80.0 44.0 -7.2 2.5 .0257 .00078 20.10 .0662 19.80 80.0 43.0 -28.7 .7 .0076 .00023 19.50 .0649 19.78

48
PB = 20.58, Altitude = 1 0000 - Continued

DB WB DP RH PV W H s V

120.0 120.0 120.0 100.0 3.4476 .12583 168.92 .3373 25.52

1 1 Q ft I 1 7 Q II (.y Q/1 9 Q OA 79 1 1 71 Q .1 1 < lo 1 KG OK loy.zo Q9ft/t OK 9Q

1 1 C ft 1 1 1^ 7 110. i 08.0 o.UOOcJ 1 ftQQO .luoyy 1 c:ft 1

Q

iou.iy Qft/IC .oU4b OA dK z4.yo

1 OA A 1 1 yl A

ll4.U 1 1 9 c; Q*} 0 00.0 9 Q71 7 1 A1 OT 1/11 Tl 141. (

1

OQOQ OA CO Z4.by

119 0 1119 1 1 i.o 78 9 9 CQCI ftQ/199 1 QQ 77 loo. ( ( .z 1 00 94 Af^

120.0 110.0 109.1 73.3 2.5281 .08752 126.31 .2627 24.22

1 OA A liiU.U 1 ftC ft 1 ftA Q lUD.O CQ 7 DO. I ftQI 9Q 1 1 Q Q

1

iiy.oi 9t;ftQ .ZOUo OA ftl

1 OA A 1 AC ft iUb.U 1 ft/1 1U4.0 (lA 9 9 91 QQ A7(roo

.U (OoZ 119 7Q 9QQC .Zoob 9Q Q1 Zo.ol

1 OA A 1 ft/i ft 109 9 KODU.U0 9 0fi71 .Uby IV 1 ftfi KA lUb.04 997c; 99 fi9

1 09 0 QQ Q 00.

y

1 Q9fia 0C4 p;q 1 ftft 79 lUU. (Z 9171 •Zl ( 1 99 44

120.0 100.0 97.5 52.0 1.7928 .05961 95.25 .2073 23.27

1 9A ft Q8 ft yo.u yo.i 4840.09 1 fifi47 Of;4Q7 QOyu.uo08 .ly1 Q7Q(y 99 19

1 Oft ft Qfi ft yo.u Q9 fi /l/l 7 44. < 1 KAOA ftr;ftcft .uoubu Qc; 99 1 QQ1 99 07

1 9ft ft QA ft QO 1 yu.i 41 Q 4 1.0 1 49tif! 04C/IQ 80oU.boA9 1 808 00 89

1 90 ft Q9 0 O 1 .O 00.1 98 1 1 9140 7f\ 90 .11 79Q i^y 00 70

120.0 90.0 84.8 35.0 1.2075 .03892 72.21 .1654 22.57

1 OA A QQ ft QO 1 99 1 1 1 ftl^Q l.lUOo .Uo040 CQ Ql^ bo.oo 1 r:Q9 99 AK. ZZ.40

1 OA A QC ft OO.U 7Q Q 9Q Q 1 ftftQ8 l.UUoo ftQ91 Q dA 71 b4. /

1

1 1^1 r .1010 99 Q/1

1 OA A Q/l ft <D.4 9C C Q1 CI .yioi A9QftQ CI 9C bl.Zb 1 /t 1 .1401 99 9/1

1 90 0 89 ft 7Q Q 94 0 8977 09fi1 ^9, 00 1 9Q0 09 1 A

120.0 80.0 70.2 21.6 .7433 .02339 54.92 .1332 22.04

1 OA A '7Q A DD.O 1 Q 9 CC97 A9A77 K9 Aft oz.uu 1 97C .IZ <b 91 QK zi.yo

1 OA A Id. A CO Q DO.O 17ft 1 (.U .0000 ftl Q9Q .uiozy /IQ 9Q 1 00A 91 Q7

1 OA A '7/1 ft OV.O 1 /I Q 14.

y

c;i OA ftl f;q/I .uioy4 /IC C9 4b.bZ 1 1 7Q .11 <o 91 70 Zl. iv

1 9ft ft 79 ft 1 9 a 4494 01 971 44 14 1 19fi 91 71

120.0 70.0 51.0 10.9 .3755 .01160 41.78 .1080 21.64

1 OA A CC A

OO.U AC ft 4b.

U

Q ft y.uQ1 1 C .61 lb ftftQCLQ .uuyoy QQoy.oo 1 ftQC .lUob 91

1 OA A aix A

OO.U /1ft Q 7 Q (.0 9P;ft7 ftft7CQ .uu / by Q7 A A 6 ( .44 OQQ/I .uyy4 91 c:i 120.0 64.0 33.6 5.6 .1925 .00589 35.43 .0954 21.45

120.0 62.0 26.0 4.0 .1368 .00418 33.52 .0915 21.39

120.0 60.0 15.8 2.4 .0837 .00255 31.70 .0877 21.33

120.0 58.0 -2.5 1.0 .0329 .00100 29.98 .0840 21.28

49
PB =20.58, Altitude = 10000 -Continued

DB WB DP RH PV W H S V

160.0 160.0 160.0 100.0 9.6555 .55435 664.78 1.1654 42.79

160.0 158.0 158.0 95.2 9.1946 .50641 610.68 1.0768 41.06

160.0 156.0 155.9 90.6 8.7510 .46382 562.61 .9978 39.52

160.0 154.0 153.9 86.2 8.3242 .42575 519.65 .9270 38.15

160.0 152.0 151.8 82.0 7.9138 .39157 481.06 .8632 36.91

160.0 150.0 149.7 77.9 7.5192 .36074 446.25 .8055 35.80

160.0 148.0 147.6 73.9 7.1399 .33282 414.72 .7531 34.79

160.0 146.0 145.5 70.2 6.7754 .30744 386.06 .7053 33.87

160.0 144.0 143.4 66.5 6.4253 .28429 359.92 .6616 33.03

160.0 142.0 141.3 63.1 6.0891 .26312 336.00 .6215 32.27

160.0 140.0 139.2 59.7 5.7663 .24370 314.07 .5846 31.56

160.0 138.0 137.1 56.5 5.4565 .22585 293.89 .5505 30.92

160.0 136.0 134.9 53.4 5.1592 .20939 275.30 .5190 30.32

160.0 134.0 132.8 50.5 4.8740 .19420 258.13 .4899 29.77

160.0 132.0 130.6 47.6 4.6005 .18014 242.24 .4628 29.26

160.0 130.0 128.4 44.9 4.3383 .16711 227.51 .4376 28.79

160.0 128.0 126.2 42.3 4.0870 .15500 213.83 .4141 28.35

160.0 126.0 124.0 39.8 3.8462 .14375 201.11 .3922 27.94

160.0 124.0 121.7 37.4 3.6155 .13328 189.27 .3717 27.56

160.0 122.0 119.4 35.2 3.3946 .12351 178.22 .3526 27.21

160.0 120.0 117.1 33.0 3.1830 .11439 167.91 .3347 26.87

160.0 118.0 114.8 30.9 2.9805 .10587 158.28 .3178 26.57

160.0 116.0 112.5 28.9 2.7868 .09789 149.26 .3020 26.28

160.0 114.0 110.1 26.9 2.6014 .09043 140.82 .2872 26.00

160.0 112.0 107.6 25.1 2.4240 .08343 132.90 .2732 25.75

160.0 110.0 105.2 23.3 2.2544 .07687 125.48 .2600 25.51

160.0 108.0 102.6 21.7 2.0923 .07071 118.51 .2476 25.29

160.0 106.0 100.1 20.1 1.9373 .06492 111.96 .2359 25.08

160.0 104.0 97.4 18.5 1.7892 .05948 105.80 .2249 24.88

160.0 102.0 94.7 17.1 1.6477 .05436 100.01 .2144 24.69

160.0 100.0 92.0 15.7 1.5125 .04954 94.56 .2045 24.52

160.0 98 0 89 1 14 3 1 3833 04500 89 42 1952 24 35

160.0 96.0 86'.2 13'.0 l'.2600 '.04072 84".59 '.1863 24'.20 160.0 94.0 83.1 11.8 1.1423 .03669 80.02 .1780 24.05

160.0 92.0 79.9 10.7 1.0299 .03289 75.72 .1700 23.91

160.0 90.0 76.6 9J .9226 .02930 71.66 .1625 23.78

160.0 88.0 73.1 8.5 - .8202 .02591 67.82 .1553 23.66

160.0 86.0 69.3 7.5 .7224 .02271 64.20 .1485 23.54

160.0 84.0 65.3 6.5 .6292 .01968 60.77 .1420 23.43

160.0 82.0 61.0 5.6 .5402 .01682 57.53 .1358 23.33

160.0 80.0 56.2 4.7 .4553 .01412 54.47 .1299 23.23

160.0 78.0 50.9 3.9 .3742 .01156 51.57 .1243 23.13

160.0 76.0 44.7 3.1 .2969 .00913 48.83 .1189 23.05

160.0 74.0 37.3 2.3 .2232 .00684 46.23 .1138 22.96

160.0 72.0 28.4 1.6 .1528 .00467 43.77 .1088 22.88

160.0 70.0 16.2 .9 .0856 .00261 41.44 .1040 22.81 160.0 68.0 -10.4 .2 .0215 .00065 39.23 .0992 22.74

50

U. S. GOVERNMENT PRINTING OFFICE: 1970 OL - 353-302
Announcement of New Publications in

Building Science Series

Superintendent of Documents,

Government Printing Office,

Washington, D.C. 20402

Dear Sir: Please add my name to the announcement hst of new pubhcations to be

issued in the series: National Bureau of Standards Building Science Series.

Name

Company

Address

City State Zip Code

(Notification key N-339)
14
NATIONAL BUREAU OF STANDARDS

The National Bureau of Standards ' was established by an act of Congress March 3, 1901. Today,

in addition to serving as the Nation's central measurement laboratory, the Bureau is a principal

focal point in the Federal Government for assuring maximum application of the physical and

engineering sciences to the advancement of technology in industry and commerce. To this end

the Bureau conducts research and provides central national services in four broad program

areas. These are: (1) basic measurements and standards, (2) materials measurements and

standards, (3) technological measurements and standards, and (4) transfer of technology.

The Bureau comprises the Institute for Basic Standards, the Institute for Materials Research, the

Institute for Applied Technology, the Center for Radiation Research, the Center for Computer

Sciences and Technology, and the Office for Information Programs.

THE INSTITUTE FOR BASIC STANDARDS provides the central basis within the United

States of a complete and consistent system of physical measurement; coordinates that system with measurement systems of other nations; and furnishes essential services leading to accurate and

uniform physical measurements throughout the Nation's scientific community, industry, and commerce. The Institute consists of an Office of Measurement Services and the following technical

divisions:Applied Mathematics—Electricity—Metrology—Mechanics—Heat—Atomic and Molecular Physics—Radio Physics -—Radio Engineering - —Time and Frequency - —Astrophysics -'—Cryogenics.

THE INSTITUTE FOR MATERIALS RESEARCH conducts materials research leading to im- proved methods of measurement standards, and data on the properties of well-characterized

materials needed by industry, commerce, educational institutions, and Government; develops,

produces, and distributes standard reference materials; relates the physical and chemical properties of materials to their behavior and their interaction with their environments; and provides

advisory and research services to other Government agencies. The Institute consists of an Office of Standard Reference Materials and the following divisions: Analytical Chemistry—Polymers—Metallurgy—Inorganic Materials—Physical Chemistry.

THE INSTITUTE FOR APPLIED TECHNOLOGY provides technical services to promote

the use of available technology and to facilitate technological innovation in industry and Government; cooperates with public and private organizations in the development of technological

standards, and test methodologies; and provides advisory and research services for Federal, state, and local government agencies. The Institute consists of the following technical divisions and

offices: Engineering Standards—Weights and Measures — Invention and Innovation — Vehicle Systems Research—Product Evaluation—Building Research—^Instrument Shops—Measurement Engineering—Electronic Technology—Technical Analysis.

THE CENTER FOR RADIATION RESEARCH engages in research, measurement, and application of radiation tjo the solution of Bureau mission problems and the problems of other agencies and institutions. iThe Center consists of the following divisions: Reactor Radiation—Linac Radiation—Nuclear Radiation—Applied Radiation. THE CENTER FOR COMPUTER SCIENCES AND TECHNOLOGY conducts research and

provides technical services designed to aid Government agencies in the selection, acquisition,

and effective use of automatic data processing equipment; and serves as the principal focus

for the development of Federal standards for automatic data processing equipment, techniques, and computer languages. The Center consists of the following offices and divisions: Information Processing Standards—Computer Information — Computer Services — Sys- tems Development—Information Processing Technology.

THE OFFICE FOR INFORMATION PROGRAMS promotes optimum dissemination and

accessibility of scientific information generated within NBS and other agencies of the Federal government; promotes the development of the National Standard Reference Data System and a system of information analysis centers dealing with the broader aspects of the National Measure- ment System, and provides appropriate services to ensure that the NBS staff has optimum accessibility to the scientific information of the world. The Office consists of the following

organizational units:

Office of Standard Reference Data—Clearinghouse for Federal Scientific and Technical Information ' —Ofiice of Technical Information and Publications—Library—Office of Public Information—Office of International Relations.

' Headquarters and Laboratories at Gaithersburg, Maryland, unless otherwise noted: mailing address Washington, D.C. 20234.

- Located at Boulder, Colorado 80302.

1 Located at 5285 Port Royal Road, Springfield, Virginia 22151.
U.S. DEPARTMENT OF COMMERCE

Washington, D.C. 20230

OFFICIAL BUSINESS

POSTAGE AND FEES PAID

U.S. DEPARTMENT OF COMMERCE