U. S. DEPARTMENT OF COMMERCE

NATIONAL BUREAU OF STANDARDS

UNITS OF WEIGHT AND MEASURE

(UNITED STATES CUSTOMARY AND METRIC) ^

DEFINITIONS AND TABLES

OF EQUIVALENTS

MISCELLANEOUS PUBLICATION M121

(Superseding Circular C47)

U. S. DEPARTMENT OF COMMERCE

DANIEL C. ROPER, Secretary NATIONAL BUREAU OF STANDARDS

LYMAN J. BRIGGS, Director

NATIONAL BUREAU OF STANDARDS MISCELLANEOUS PUBLICATION M121

UNITS OF WEIGHT AND MEASURE

(U. S. CUSTOMARY AND METRIC)

DEFINITIONS AND TABLES

OF EQUIVALENTS

Issued January 1936 [Superseding Bureau of Standards Circular C47]

UNITED STATES

GOVERNMENT PRINTING OFFICE WASHINGTON : 1936

For sale by the Superintendent of Documents, Washington, D. C, Price 15 cents

CONTENTS

Page

I. Introduction 1 II. Fundamental equivalents 2

III. Definitions of units 3

1. Length 3

2. Area 3

3. Volume 4

4. Capacity 4

5. Mass 5

IV. Standards of measurement 5

V. Spelling and abbreviation of units 6

1. List of the most common units of weight and measure and their abbreviations. 7

VI. Tables of interrelation of units of measurement 8

1. Length 8

2. Area 8

3. Volume 8

4. Capacity—Liquid measure 8

5. Capacity—Dry measure 10

6. Mass—Less than pounds and kilograms 10

7. Mass—Greater than avoirdupois ounces 10

VII. Comparison of metric and customary units from 1 to 9 . 12

1. Length 12

2. Area 12

3. Volume 12

4. Capacity—Liquid measure 13

5. Capacitv—Drv measure 13

6. Mass__* 13

7. Comparison of the various tons and pounds in use in the United States (from 1 to 9 units) 14

VIII. Special tables 15 Length:

Inches and millimeters—equivalents of decimal and binary fractions of an

inch, in millimeters, from }<U to 1 inch 15 Hundredths of an inch to millimeters, from 1 to 99 hundredths 15

Millimeters to hundredths of an inch, from 1 to 99 units 15

United States nautical miles, international nautical miles, and kilometers— 16

Millimeters to inches 18 IX. Tables of equivalents from 1 to 999 units 27

Length:

Feet to meters 28 Meters to feet 30

Miles to kilometers 32

Kilometers to miles 34

Area:Acres to hectares 36

Hectares to acres 38

Volume:

Cubic yards to cubic meters 40

Cubic meters to cubic yards 42

Capacity:

Liquid quarts to liters 44

Liters to liquid quarts 46

Gallons to liters 48

Liters to gallons 50

Bushels to hectoliters 52

Hectoliters to bushels 54

Mass:

Avoirdupois pounds to kilograms 56 Kilograms to avoirdupois pounds 58 X. Metric and English distance equivalents for athletic events (track and field) 60

1. Metric units in athletics 60

2. Distance equivalents 61 XI. Graphic comparison chart of screw thread pitches Facing 62

(in)
IV

Page XII. Status of international metric system in the United States 63

1. Constitutional authority to fix standards 63

2. Metric system legalized 63

3. Metric standards adopted as fundamental 63

4. Metric balances furnished certain post offices 63

5. Metric weights used for certain coins 63

6. Congress provides metric standards for the States ©f the Union, land-grant

agricultural colleges, and the Smithsonian Institution 63

7. United States joins in establishing International Bureau of Weights and

Measures 63

8. Congress adopts the metric units for electrical measures 64

9. Metric system required in the medical work of the War and Navy Depart- ments and U. S. Public Health Service of the Treasury Department 64

10. Metric carat adopted as unit of weight for diamonds and other precious

stones 64

11. Metric system optional in Puerto Rico 64

12. Metric system made the legal system in the Philippine Islands 64

13. Relation between inches and millimeters adopted by American Standards

Association 65

14. Distances in multiples of metric units adopted for Amateur Athletic Union

track events 65 XIII. Index 66
I. INTRODUCTION

This publication supersedes Bureau Circular C47, issued July 1, 1914. Necessary

corrections have been made and the text has been revised and rearranged. The supplement to Circular C47 (Table of Equivalents—Millimeters to Inches), issued October

27, 1917; Miscellaneous Publication M49 (Graphic Comparison of Screw Thread

Pitches); and Letter Circular LC376 (Metric and English Distance Equivalents for

Athletic Events) are included in the body of the publication. 1 In the construction of the tables in this publication, when the fundamental

relation of the units furnished directly a reduction factor for use in determining

the multiples of the units, this factor was used in its fundamental form, as, for example,

that 1 meter=39.37 inches. Reduction factors which it was necessary to obtain,

however, by multiplication, division, powers, or roots, etc., of the fundamental rela- tions were usually carried out to a greater degree of accuracy than that to which it is usually possible to make measurements, for convenience in computing the multiples to the accuracy desired.

When the tables do not give the equivalent of any desired quantity directly and

completely, the equivalent can usually be obtained, without the necessity of making a

multiplication of these reduction factors, by using quantities from several tables,

making a shift of decimal points, if necessary, and merely adding the results. The supplementary metric units are formed by combining the words 4 'meter",

"gram", and "liter" with the six numerical prefixes, as in the following table:

Prefixes Meaning Units

millicenti-

= one = one

-thousandth

hundredth

1 1000

1 100

. 001

. 01 "meter" for length.

deci- Unit

— one — one

-tenth 110. 1

1 "gram" for weight or mass.

deka- = ten

10

1 10

hecto- = one hundred 100

1 100

"liter" for capacity.

kilo- = one thousand 1000

1 1000

All lengths, areas, and cubic measures in the following tables are derived from the

international meter, the basic relation between units of the customary and the metric

systems being:

1 meter=39.37 inches,

contained in the law of July 28, 1866,2 and set forth in the Mendenhall Order 3 of April 5, 1893, namely:

1 yard _ 3600

1 meter 3937*

1 Weights and measures publications of the National Bureau of Standards are listed in Miscellaneous Publication M103, Weights and Measures References, which may be obtained by purchase (price 10 cents) from the Superintendent of Documents, U. S. Government Printing Office, Washington, D. C.

2 United States Code, title 15, ch. 6, sec. 205 (Revised Statutes, sec. 3570).

3 TJ. S. Coast and Geodetic Survey Bulletin 26, Apr. 5, 1893.(1)
2

All capacities are based on the equivalent 1 liter equals 1.000 027 cubic deci- meters. The decimeter is equal to 3.937 inches in accordance with the legal equivalent of the meter given above. The gallon referred to in the tables is the United

States gallon of 231 cubic inches. The bushel is the United States bushel of 2 150.42

cubic inches. These units must not be confused with the British units of the same name which differ from those used in the United States. The British gallon (277.420

cubic inches) is approximately 20 percent larger, and the British bushel (2 219.36

cubic inches) is 3 percent larger than the corresponding units used in this country.

All weights are derived from the International Kilogram, as authorized in the

Mendenhall Order of April 5, 1893. The relation used is 1 avoirdupois pound =

453.592 427 7 grams.

II. FUNDAMENTAL EQUIVALENTS

In its original conception the meter was the fundamental unit of the metric

system, and all units of length and capacity were to be derived directly from the

meter which was intended to be equal to one ten-millionth of the earth's quadrant.

Furthermore, it was originally planned that the unit of mass, the kilogram, should be

identical with the mass of a cubic decimeter of water at its maximum density. At

present, however, the units of length and mass are defined independently of these

conceptions.

The International Prototype Meter is kept at the International Bureau of Weights and Measures. By definition the meter now bears no definite relation to the earth's quadrant, but is the length of a certain platinum-iridium bar when supported in a definitely specified manner, at the temperature of melting ice, and at standard atmospheric pressure (760 millimeters of mercury). The kilogram is independently defined as the mass of a definite platinum-iridium standard, the

International Prototype Kilogram, which is also kept at the International Bureau of

Weights and Measures. The liter is defined as the volume of a kilogram of water, at standard atmospheric pressure, and at the temperature of its maximum density,

approximately 4° C. The meter is thus the fundamental unit on which are based all metric standards and measurements of length and area, and of volumes derived from

linear measurements.

A supplementary definition of the meter in terms of the wave length of light was

adopted provisionally by the Seventh General (International) Conference on Weights

and Measures, in 1927. According to this definition, the relation 4 for red cadmium

light waves under specified conditions of temperature, pressure, and humidity is

1 meter=l 553 164.13 wave lengths.

This corresponds to a wave length (cadmium red) of 6 438.469 6X10-7 millimeters.

The kilogram is the fundamental unit on which are based all metric standards

of mass. The liter is a secondary or derived unit of capacity or volume. The liter

is larger by about 27 parts per million than the cube of the tenth of the meter, i. e., the cubic decimeter—that is, 1 liter =1.000 027 cubic decimeters.

The conversion tables in this publication which involve the relative length of

the yard and meter are based upon the relation:

1 meter =39.37 inches,

contained in the act of Congress of 1866. 5 From this relation it follows chat 1 inch=

25.400 05 millimeters (nearly).

4 J. R. Benoit, C. Fabry, and A. Perot, Nouvelle determination du rapport des longueurs d'onde fondanaentales avec l'unite metrique. Trav. et Mem. Bur. Int. Poids et Mesures 15, 131 (1913).

5 United States Code, title 15, sec. 205.
3

In recent years engineering and industrial interests the world over have urged

the adoption of the simpler relation, 1 inch =25.4 millimeters exactly, which diflers

from the preceding value by only 2 parts in a million. This simpler relation has not

as yet been officially adopted by either Great Britain or the United States, but is in

wide industrial use.

6 III. DEFINITIONS OF UNITS

1. LENGTH

Fundamental Units

A meter (m) is a unit of length equal to the distance between the defining lines on the International Prototype Meter when this standard is at the temperature of

melting ice (0° C).

A yard (}

T d) is a unit of length equal to fffr of a meter. Multiples and Submultiples

1 kilometer (km) = 1 000 meters.

1 hectometer (hm) = 100 meters.

1 dekameter (dkm) = 10 meters.

1 decimeter (dm)=0.1 meter.

1 centimeter (cm) =0.01 meter.

1 millimeter (mm) = 0.001 meter.

1 micron (m) =0.000 001 meter=0.001 millimeter.

1 millimicron (m/x) =0.000 000 001 meter=0.001 micron.

f =0.000 000 1 millimeter.

1 angstrom (A) j = .000 1 micron.

1= .1 millimicron.

1 statntp milpi = 8 furlongs =320 rods.

1 statute milej ==1 76Q vards=5 280 feet

1 furlong mile=40 rods=220 yards=660 feet.

1 rod =5K yards =16^ feet=25 links.

1 foot=% yard =12 inches.

1 hand =4 inches.

1 inch = ^6 yard=K2 foot.

1 line (button) = }i inch.

1 point (printers) = Yn inch.

1 mil = Kooo inch.

1 chain (Gunter's)=4 rods=22 yards=66 feet=100 links.

1 link (Gunter's) = Xoo chain=7.92 inches.

1 U. S. nautical mile 1 1 sea mile =1 853.248 meters=6 080.20 feet. 1 geographical mile J 1 international nautical mile=l 852 meters=6 076.10 feet. 1 fathom = 6 feet =8 spans.

1 span=}s fathom =9 inches.

2. AREA

Fundamental Units

A square meter (m2

) is a unit of area equal to the area of a square the sides of

which are 1 meter. A square yard (sq yd) is a unit of area equal to the area of a square the sides of

which are 1 yard.

Multiples and Submultiples

1 square kilometer (km2

) = l 000 000 square meters.

1 hectare (ha), or square hectometer (hm2

) = 10 000 square meters.

6 Conversion tables (ASA B48. 1-1933), computed on the basis of 1 inch=25.4 mm exactly, may be obtained from the American

Standards Association, New York, N. Y.
4

1 are (a), or square dekameter (dkm2

) = 100 square meters.

1 centare (ca) = 1 square meter.

1 square decimeter (dm2

) = 0.01 square meter.

1 square centimeter (cm2

) = 0.000 1 square meter.

1 square millimeter (mm2

) =0.000 001 square meter.

.. -i / -n f = 640 acres =102 400 square rods.

1 square mile ^sq mi;

j =3 0g7 6Q() gquare yards==2 7 878 400 square feet.

1 acre (acre) = 10 square chains

uaTe T°d

? =

?

840 Sqimre yards - v ' H [ =43 560 square feet. square chain (sq ch){z}« SB^^g4 ^ ^

1 square link (sq li)| =H« I tT «9°wl 1

square

.y"d- H v H J

[ =0.43o 6 square ioot = 62.726 4 square inches.

1 square rod (sq rd) =30.25 square yards =272.25 square feet=625 square links.

1 square foot (sq ft) = % square yard=144 square inches.

1 square inch (sq in.) = #296 square yard = K44 square foot.

3. VOLUME

Fundamental Units

A cubic meter (m3 ) is a unit of volume equal to a cube the edges of which are 1 meter.A cubic yard (cu yd) is a unit of volume equal to a cube the edges of which are 1 yard.

Multiples and Submultiples

1 cubic kilometer (km3 ) = l 000 000 000 cubic meters.

1 cubic hectometer (hm3 ) = l 000 000 cubic meters.

1 cubic dekameter (dkm3

) = l 000 cubic meters.

1 stere (s) = 1 cubic meter.

1 cubic decimeter (dm3

) =0.001 cubic meter.

1 cuoic centimeter (cm3

) =0.000 001 cubic meter =0.001 cubic decimeter.

1 cubic millimeter (mm3 ) = 0.000 000 001 cubic meter=0.001 cubic centimeter.

1 cubic foot (cu ft) = %7 cubic yard.

1 cubic inch (cu in.) = %6 6 56 cubic yard=}i728 cubic foot.

1 board foot (fbm) = 144 cubic inches=X2 cubic foot.

1 cord (cd) = 128 cubic feet.

4. CAPACITY

Fundamental Units

A liter (liter) is a unit of capacity equal to the volume occuped by the mass of

1 kilogram of pure water at its maximum density (at a temperature of 4° C, practically) and under the standard atmospheric pressure (of 760 mm). It is equivalent

in volume to 1.000 027 cubic decimeters.

A gallon (gal) is a unit of capacity equal to the volume of 231 cubic inches. It

is used for the measurement of liquid commodities only.

A bushel (bu) is a unit of capacity equal to the volume of 2 150.42 cubic inches.

It is used in the measurement of dry commodities only.7 Multiples and Submultiples

1 hectoliter (hi) = 100 liters.

1 dekaliter (dkl) = 10 liters.

1 deciliter (dl)=0.1 liter.

1 centiliter (cl) =0.01 liter.

7 This is the so-called stricken or struck bushel. A heaped bushel for apples of 2 747.715 cubic inches was established by the U. S. Court of Customs Appeals on Feb. 15, 1912, in United States v. Weber (no. 757). A heaped bushel, equivalent to IH stricken

bushels, is also recognized.
1 milliliter (ml) =0.001 liter =1.000 027 cubic centimeters.

1 liquid quart (liq qt) = x i gallon = 57.75 cubic inches.

1 liquid pint (liq pt) = ! s gallon = x 2 liquid quart = 28.875 cubic inches.

1 gill (gi) = 1 3 2 gallon = x 4 liquid pint = 7.218 75 cubic inches.

1 fluid ounce (fl oz)=Ks» gallon = 1 ]6 liquid pint.

1 fluid dram (fl dr)=% fluid ounce = 1

i 2 s liquid pint.

1 minim (min or TTL ) = L6o fluid dram= 1 4 so fluid ounce.

1 peck (pk) = x 4 bushel =537.605 cubic inches.

1 dry quart (dry qt) = >2 bushel=% peck = 67.200 625 cubic inches.

1 dry pint (dry pt) = %4 bushel^? dry quart =33.600 312 5 cubic inches.

1 barrel, for fruits, vegetables, and other dry commodities, other than cranberries, s =7 056 cubic inches=105 dry quarts.

1 barrel for cranberries — d 826 cubic inches. 9

5. MASS

Fundamental Units

A kilogram (kg) is a unit of mass equal to the mass of the International Prototype

Kilogram.

A gram (g) is a unit of mass equal to one-thousandth of the mass of the Inter- national Prototype Kilogram.

An avoirdupois pound fib avdp) is a unit of mass equal to 0.453 592 427 7 kilo- gram.

A troy pound (lb t) is a unit of mass equal to ? I % % of that of the avoirdupois

pound.

Multiples and Submultiples

1 metric ton (t) = l 000 kilograms.

1 hectogram (hg) = 100 grams.

1 dekagram (dkg) = 10 grams.

1 decigram (dg) =0.1 gram.

1 centigram (eg) =0.01 gram.

1 milligram (mg) =0.001 gram.

1 metric carat 10 (c) =200 milligrams =0.2 gram.

1 avoirdupois ounce (oz avdp) = he avoirdupois pound =43 7. 5 grains.

1 avoirdupois dram (dr avdp) = ^5 6 avoirdupois pound= 1 i 6 avoirdupois ounce.

1 grain (grain) = ^000 avoirdupois pound= 1 5 76o troy pound.

1 apothecaries' pound (lb ap) = l troy pound =4 600 avoirdupois pound.

1 apothecaries' or troy ounce (oz ap or 5, oz t) = l i« troy pound avoirdupois pound =480 grains.

1 apothecaries' dram (dr ap or 5) = 1 96 apothecaries' pound= : , apothecaries' ounce =60 grains.

1 pennyweight (dwt)

% troy ounce =24 grains.

1 apothecaries' scruple (5 ap or 3) = 1 3 apothecaries' dram = 20 grains.

1 short hundredweight (sh cwt) = 100 avoirdupois pounds.

1 long hundredweight (1 cwt) = 112 avoirdupois pounds.

1 short ton (sh tn) =2 000 avoirdupois pounds,

1 long ton (1 tn) =2 240 avoirdupois pounds.

IV. STANDARDS OF MEASUREMENT

Units of measurement should be distinguished from standards of measurement.

Units of length are fixed distances, independent of any other consideration, while

length standards are affected by the expansion and contraction resulting from changes

of temperature of the material of which the standard is composed. It is therefore

s As fixed by United States standard barrel act (United States Code , title 15, eh. 6, sec. 234)

.

• As computed from dimensions fixed by United States standard barrel act, see above. TM See Bureau of Standards Circular C43, The Metric Carat, for a discussion of the metric carat and tables of the relations of the metric carat to the old carat of 205.3 milligrams in use in this country previous to July 1, 1913. 22698° —36 2
6

necessary to fix upon some temperature at which the distance between the defining

lines or end surfaces of the standards shall be equal to the unit. The same is true of

standards of capacity, which at some definite temperature contain a given number

of units of volume.

The recommended standard temperature for commercial and industrial length

standards is 20° C (68° F). Some metric standards, especially those made in Europe

until recently, are intended to be correct at 0° C. In the past some length standards

graduated in the customary units have been made to be correct at 62° F (16.67° C).

For measurements of high precision it is also necessry to specify the manner

of support of the standards, whether at certain points only or throughout their

entire length, and in the case of tapes it is also necessary to give the tension applied

to the tape when in use. In the United States the capacity standards, both metric and customary, are made to hold the specified volumes at 4° C. Standards of capacity are usually

made of brass and the capacity at any other temperature may be computed by the use of the coefficient of cubical expansion of that material usually assumed to be

0.000 054 per degree centigrade. In the purchase and sale of liquids a more important

consideration than the temperature of the measures is the temperature of the liquid

when measured, for the reason that the large coefficient of expansion of many liquids

makes the actual mass of a given volume delivered vary considerably with temperature.

While the temperature of a weight does not affect its mass, it is nevertheless

important that when two weights are compared in air they both be at the same

temperature as the air. If there is a difference between the temperature of the air

and the weights, convection currents will be set up and the readings of the balance

will be thereby affected. Also, since weights are buoyed up by the surrounding air

by amounts dependent upon their volumes, it is desirable that the weights of any

set be of the same material. If two weights of the same density balance in air of a

certain density they will balance in vacuo or in air of a different density.

Brass is the material most widely used for standard weights, although platinum

and aluminum are quite commonly used for weights of 1 gram or less. In the absence

of any knowledge as to the actual density of weights, those made of brass are assumed

to have a density of 8.4 grams per cm3 at 0° C, while those of platinum and of aluminum are assumed to have densities of 21.5 and 2.7 grams per cm3

, respectively. V. SPELLING AND ABBREVIATION OF UNITS

The spelling of the names of units as adopted by the National Bureau of Standards

is that given in the list below. The spelling of the metric units is in accordance with

that given in the law of July 28, 1866, legalizing the metric system in the United States. Following the name of each unit in the list below is given the abbreviation which

the Bureau has adopted. Attention is particularly called to the following principles:

1. The period is omitted after all abbreviations of units, except where the

abbreviation forms an English word.

2. The exponents " 2 " and " 3 " are used to signify "square" and "cubic",

respectively, in the case of the metric units, instead of the abbreviations "sq " or "cu".

In conformity with this principle the abbreviation for cubic centimeter is "cm3 "

(instead. of "cc" or "c cm"). The term "cubic centimeter", as used in chemical

work, is, in fact, a misnomer, since the unit actually used is the "milliliter", of which

the correct abbreviation is "ml". (See p. 4).

3. The use of the same abbreviation for both singular and plural is recommended.

This practice is already established in expressing metric units and is in accordance

with the spirit and chief purpose of abbreviations.

4. It is also suggested that, unless all the text is printed in capital letters, only

small letters be used for abbreviations, except in such case as A for angstrom, etc> where the use of capital letters is general.
7

1. LIST OF THE MOST COMMON UNITS OF WEIGHT AND MEASURE AND THEIR

ABBREVIATIONS

Unit Abbreviation Unit Abbreviation Unit Abbreviation

. acre acre dram, apotnacaries dr ap or o ounce, avoirdupois oz avdp

angstrom A dram, avoirdupois dr avdp ounce, fluid fl oz

are a dram, fluid fl dr ounce, troy oz t avoirdupois avdp fathom fath peck pk

barrel DDI foot ft pennyweight dwt

board foot i bm furlong fur. pint Pt

bushel DU gallon gal pound IKID carat • C grain grain pound, apothecaries' lb ap

centare ca gram g pound, avoirdupois lb avdp

centigram eg hectare ha pound, troy lb t centiliter cl hectogram hg quart qt

centimeter cm hectoliter hi rod _ jra. chain cn hectometer hm scruple, apothecaries s ap or 5) cubic centimeter cm' hogshead nna square centimeter cm2 cubic decimeter dm' hundredweight cwt square chain sq ch

cubic dekameter dkm3 inch in. square decimeter dm2 cubic foot cu ft kilogram kg square dekameter dkm2 cubic hectometer hm3 kiloliter Kl square foot sq ft cubic inch cu in. kilometer Km square hectometer nm1 cubic kilometer km3 link li square inch sq in. cubic meter m3 liquid liq square kilometer km2 cubic mile cu mi liter liter square link sq li cubic millimeter mm3 meter m square meter m2 metric ton sQUcirc mile decigram dg

yd

micron square millimeter mm2 deciliter dl mile mi square rod sq rd decimeter dm milligram mg square yard sq yd

decistere ds milliliter ml stere s dekagram dkg millimeter mm ton tn

dekaliter dkl millimicron ton, metric t dekameter dkm minim min or 1U troy t dekastere dks ounce oz yard yd dram dr ounce, apothecaries' oz ap or 3
8

VI. TABLES OF INTERRELATION

1. UNITS OF

Units Inches Links Feet Yards Rods

1 inch = 1 0. 126 263 0. 083 333 3 0. 027 777 8 0. 005 050 51 llink 7.92 1 0.66 0.22 0.04

1 foot 12 1.515 152 1 0. 333 333 0. 060 606 1 1 yard - 36 4.545 45 3 1» 0.181 818

1 rod 198 25 16.5 5.5 1

1 chain = 792 100 66 22 4

1 mile = 63 360 8000 5280 1760 320

1 centimeter

0.3937 0. 049 709 60 0. 032 808 33 0.010 936 111 0. 001 988 384

1 meter = 39.37 4. 970 960 3. 280 833 1.093 611 1 0. 198 838 4

2. UNITS OF

Units Square inches Square links Square feet Square yards Square rods Square chains

1 square inch 1 0. 015 942 3 0. 006 944 44 0.000 771 605 0. 000 025 507 6 0. 000 001 594 23

1 square link 62.7264 1 0.4356 0.0484 0.0016 O.OOOl

1 square foot 144 2.295 684 1 0.111 111 1 0. 003 673 09 0. 000 229 568

1 square yard 1296 20. 6612 9 1 0.033 057 85 0. 002 066 12

1 square rod 39 204 625 272.25 30.25 1 0.0625

1 square chain 627 264 10 000 4356 484 16 1

1 acre 6 272 640 100 000 43 560 4840 160 10

1 square mile 4 014 489 600 64 000 000 27 878 400 3 097 600 102 400 6400

1 square centimeter= 0. 154 999 7 0. 002 47J 04 0. 001 076 387 0. 000 119 598 5 0. 000 003 953 67 0. 000 000 247 104

1 square meter 1549.9969 24. 7104 10. 763 87 1. 195 985 0. 039 536 7 0. 002 471 04

1 hectare 15 499 969 247 104 107 638. 7 11 959.85 395. 367 24. 7104

3. UNITS OF

Units Cubic inches Cubic feet Cubic yards

1 cubic inch 1 0. 000 578 704 0. 000 021 433 47

1 cubic foot = 1728 0. 037 037

1 cubic yard = 46 656 27 1

1 cubic centimeter= 0. 061 023 38 0. 000 035 314 45 0. 000 001 307 94

1 cubic decimeter = 61.023 38 0. 035 314 45 0. 001 307 943

1 cubic meter 61 023. 38 35.314 45 1.307 942 8

4. UNITS OF CAPACITY

Units Minims Fluid drams Fluid ounces Gills Liquid pints

1 minim = 1 0. 016 666 7 0. 002 083 33 0. 000 520 833 0. 000 130 208

1 fluid dram = 60 1 0.125 0.031 25 0.007 812 5

1 fluid ounce

480 8 1 0.25 0.0625

1 gill 1920 32 4 1 0.25

1 liquid pint = 7680 128 16 4 1

1 liquid quart= 15 360 256 32 8 2

1 gallon 61 440 1024 128 32 8

1 milliliter = 16. 2311 0. 270 518 0. 033 814 7 0. 008 453 68 0.002 113 42

1 liter 16 231.1 270. 518 33.8147 8. 453 68 2. 113 42

1 cubic inch = 265. 974 4. 432 90 0. 554 113 0. 138 528 0. 034 632

1
9

OF UNITS OF MEASUREMENT

LENGTH

Chains Miles Centimeters Meters Units

0. 001 262 63 0. 000 015 782 8 2.540 005 0. 025 400 05 = 1 inch 0.01 ft ftftft 1°5 20. 116 84 0. 201 168 4 = 1 link 0.015 151 5 0. 000 189 393 9 30. 480 06 0. 304 800 6 = 1 foot

0. 045 454 5 0. 000 568 182 91.440 18 0.914 401 8 = 1 yard 0.25 0.003 12> 502.9210 5.029 210 = 1 rod 1 0.0125 2011.684 20.116 84 = 1 chain 80 1 160 934.72 1609.3472 = 1 mile

0. 000 497 096 0.000 006 213 699 1 0.01 = 1 centimeter

0. 049 709 60 0. 000 621 369 9 100 1 = 1 meter AREA

Acres Square miles Square centimeters Square meters Hectares Units

i 0.000 000 159 423 0. 000 000 000 2 19 1 6.451 626 0. 000 645 162 6 000 000 064 516 = 1 square inch 0.000 01 0.000 000 015 621 404. 6873 0. 040 468 73 000 004 046 87 = 1 square link

0. 000 022 956 8 0. 000 000 035 870 1 929.0341 0. 092 903 41 000 009 290 34 = 1 square foot

0. 000 206 612 0. 000 000 322 831 8361.307 0. 836 130 7 000 083 613 1 = 1 square yard 0.006 25 0.000 009 765 625 252 929.5 25.292 95 002 529 295 = 1 square rod 0.1 0.000 156 25 4 046 873 404. 6873 040 468 7 = 1 square chain 1 0.001 562 5 40 468 726 4046. 873 404 687 = 1 acre 610 1 25 899 984 703 2 589 998 258 9998 = 1 square mile

0.000 000 024 710 4 0. 000 000 000 038 610 06 1 0.0001 000 000 01 = 1 square centimeter

0. 000 247 104 0. 000 000 386 100 6 10 000 1 0.0001 = 1 square meter

2.471 04 0. 003 861 006 100 000 000 10 000 1 = 1 hectare VOLUME

Cubic centimeters Cubic decimeters Cubic meters Units

16. 387 162 0.016 387 16 0. 000 016 387 16 = 1 cubic inch

28 317.016 28.317 016 0. 028 317 016 = 1 cubic foot 764 559.4 764.5594 0. 764 559 4 = 1 cubic yard 1 0.001 0.000 001 = 1 cubic centimeter 1 000 1 0.001 = 1 cubic decimeter 1 000 000 1000 1 = 1 cubic meter LIQUID MEASURE

Liquid quarts Gallons Milliliters Liters Cubic inches Units

0. 000 065 104 000 016 276 0. 061 610 2 0. 000 061 610 2 0. 003 759 77 = 1 minim

0.003 906 25 000 976 562 3. 696 61 0. 003 696 61 0. 225 586 = 1 fluid dram

0.031 25 007 812 5 29. 5729 0. 029 572 9 1.804 69 = 1 fluid ounce 0.125 031 25 118.292 0.118 292 7-218 75 = 1 gill 0.5 125 473. 167 0. 473 167 28.875 = 1 liquid pint 1 25 946. 333 0.946 333 57.75 = 1 liquid quart 1 1 3785. 332 3. 785 332 231 = 1 gallon

0.001 056 71 000 264 178 1 0.001 0.061 025 = 1 milliliter 1.056 71 264 178 1000 1 61.0250 = 1 liter

0. 017 316 004 329 03 16. 3867 0. 016 386 7 1 = 1 cubic inch
10

5. UNITS OF CAPACITY

Units Dry pints Dry quarts Pecks Bushels

1 dry pint = 1 0.5 0.0625 0.016 625

1 dry quart = 2 1 0.125 0.031 25

1 peck 16 8 1 0.25

1 bushel = 61 32 4 1

1 liter = 1.816 20 0. 908 102 0.113 513 0.028 378

1 dekaliter = 18. 1620 9.081 02 1.135 13 0. 283 78

1 cubic inch= 0. 029 761 6 0.014 880 8 0.001 860 10 0. 000 465 025

6. UNITS OF MASS LESS

Units * Grains Apothecaries'

scruples Pennyweights Avoirdupois drams

Apothecaries' drams

Avoirdupois ounces

1 grain = 1 0.05 0. 041 666 67 0. 036 571 43 0.016 666 7 0. 002 285 71 1 apoth. scruple = 20 1 0. 833 333 3 0.731 428 6 0. 333 333 0.045 714 3

1 pennyweight = 21 1.2 1 0. 877 714 3 O.l 0. 054 857 1 1 avoir, dram = 27.313 75 1.367 187 5 1. 139 323 1 0.455 729 2 0.0625

1 apoth. dram = 60 3 2.5 2. 194 286 1 S 0. 137 142 9

1 avoir, ounce = 137.5 21.875 18. 229 17 16 7.291 66 1

1 apoth. or troy ounce= 180 21 20 17. 554 28 8 1.097 142 9

1 apoth. or troy pound= 5760 288 210 210. 6514 96 13.165 714

1 avoir, pound = 7000 350 291. 6667 256 116.6667 16

1 milligram = 0.015 432 356 0. 000 771 618 0. 000 643 014 I{ 0. 000 564 383 3 0. 000 257 205 9 0. 000 035 273 96

1 gram = 15.432 356 0. 771 618 0. 643 014 85 0. 564 383 3 0.257 205 9 0. 035 273 96

1 kilogram = 15 432.356 •771.6178 643. 014 85 564. 383 32 257.205 94 35. 273 96

7. UNITS OF MASS

Units Avoirdupois ounces

Avoirdupois poundsShort hundredweights Short tons

1 avoirdupois ounce = 1 0.0625 0.000 625 0.000 03125

1 avoirdupois pound = 16 1 0.01 0.0005

1 short hundredweight = 1600 100 1 0.05

1 short ton = 32 OOO 2000 20 1

1 long ton = 35 810 2210 22.1 1.12

1 kilogram = 35.273 957 2. 204 622 34 0. 022 046 223 0.001 102 311 2

1 metric ton = 35 273.957 2204. 622 34 22. 046 223 1.102 311 2

* ' Avoir," is now abbreviated "avdp".
11

DRY MEASURE

Liters Dekaliters Cubic inches Units

;

0. 550 599 0. 055 060 33.600 312 5 = 1 dry pint

1. 101 198 0. 110 120 67.200 625 = 1 dry Quart

8. 809 58 0. 880 958 537.605 = 1 peck

35. 2383 3. 523 83 2150.42 =1 bushel

1 0.1 61.0250 = 1 liter 10 1 610. 250 =1 dekaliter 0.016 386 7 0.001 638 67 1 = 1 cubic inch THAN POUNDS AND KILOGRAMS

Apothecaries' or

troy ounces

Apothecaries' or

troy pounds

Avoirdupois pounds Milligrams Grams Kilograms Units

0.002 083 33 0.000 173 611 1 0. 000 142 857 1 64. 798 918 0. 064 798 918 0. 000 064 798 9 = 1 grain

0.041 666 7 0. 003 472 222 0. 002 857 143 1295. 9784 1.295 978 4 0. 001 295 978 = 1 apoth. scruple 0.05 0. 004 166 667 0. 003 428 571 1555.1740 1.555 174 0. 001 555 174 = 1 pennyweight

0. 056 966 146 0.004 747 178 8 0.003 906 25 1771.8454 1.771 845 4 0. 001 771 845 =1 avoir, dram

0.125 0.010 416 667 0. 008 571 429 3887. 9351 3. 887 935 1 0. 003 887 935 = 1 apoth. dram

0.911 458 3 0. 075 954 861 0.0625 28 349. 527 28.349 527 0. 028 349 53 = 1 avoir, ounce

1 0. 083 333 33 0. 068 571 43 31 103.481 31.103 481 0. 031 103 48 = 1 apoth. or troy ounce 12 1 0. 822 857 1 373 241. 77 373. 241 77 0. 373 241 77 = 1 apoth. or troy pound

14. 583 333 1.215 277 8 1 153 592.4277 453.592 4277 0.453 592 427 7 = 1 avoir, pound

0.000 032 150 74 0. 000 002 679 23 0. 000 002 204 62 1 O.OOl 0.000 OOl = 1 milligram

0. 032 150 74 0.002 679 23 0. 002 204 62 1000 1 O.OOl = 1 gram

32.150 742 2.679 228 5 2. 204 622 341 1 OOO 000 lOOO 1 = 1 kilogram GREATER THAN AVOIRDUPOIS OUNCES

Long tons Kilograms Metric tons Units

0.000 027 901 79 0. 028 349 53 0. 000 028 349 53 = 1 avoirdupois ounce

0. 000 446 428 6 0.453 592 427 7 0. 000 453 592 43 = 1 avoirdupois pound

0.04* 642 86 45. 359 243 0. 045 359 243 = 1 short hundredweight

0. 892 857 1 907. 184 86 0. 907 184 86 = 1 short ton 1 1016. 047 04 1.016 047 04 = 1 long ton

0. 000 984 206 4 1 O.OOl = 1 kilogram

0. 984 206 40 lOOO 1 = 1 metric ton
12

VII. COMPARISON OF METRIC AND CUSTOMARY UNITS FROM 1 TO 9

1. LENGTH

Inches

(in.) Milli- meters (mm)

Feet

(ft) Meters (m) Yards

(yd) Meters (m) Rods(rd) Meters (m)

U.S. miles Kilometers

(mi) (km) = 25. 4001 \ = 304 801 = 914 402 1 = 5 029 21 1 = 1

finn oi7 ouy o't/ 2 = 50^8001 2 = 609 601 2 = 1 828 804 2 = 10 058 42 2= 3 218 694 3 = 76.2002 3 = 914 402 3 = 2 743 205 3 = 15 087 63 3= 4 828 042 4 = 101. 6002 4 = 1. 219 202 4 =3 657 607 4 = 20 116 84 4= 6 437 389

5 = 127. 0UU3 5 = 1 524 003 5 = 4

C 1 O HAH 572 009 5 = 25 146 05 5= 8 046 736 6 = 152.4003 6 =1. 828 804 6 = 5 486 411 6 = 30 175 26 6= 9 656 083 7 = 177. 8004 7 — 2

.

133 604 7 = 6 400 813 = 35 204 47 7 = 11 265 431 8 = 203! 2004 8 =

2' 438 405 8 = 7 315 215 8 = 40. 233 68 8 = 12 874 778 9 = 228. 6005 9 = 2. 743 205 9 = 8 229 616 9 = 45 262 89 9 = 14 484 125 0.039 37 = 1 3 280 83 = 1 1 093 611 = 1 198 838 = 1 0. 621 370 = 1 0.078 74 = 2 6 561 67 = 2 2 187 222 =2 397 677 =2 1. 242 740=2

0. 118 11 = 3 9 842 50 =3 3 280 833 =3 596 515 = 3 1. 864 110=3

0. 157 48 =4 13 123 33 =4 4 374 444 =4 795 354 = 4 2. 485 480=4

0. 196 85 = 5 16 404 17 = 5 5 468 056 =5 994 192 =5 3. 106 850=5

0. 236 22 = 6 19 685 00 =6 6 561 667 =6 1 193 030 =6 3. 728 220=6

0. 275 59 = 7 22 965 83 = 7 7 655 278 1 391 869 = 7 4. 349 590 = 7

0.314 96 = 8 26 246 67 =8 8 748 889 =8 1 590 707 =8 4. 970 960 = 8 0.354 33 = 9 29 527 50 =9 9 842 500 =9 1 789 545 = 9 5. 592 330=9

2. AREA

Square Square

inches centimeters

(sq in.) (cm2 )

Square

feet (sq ft) Square

meters

(m2) Square Square

yards meters

(sq yd) (mi) Acres Hectares

(acre) (ha) Square Square

miles kilometers

(sq mi) (km2 ) 1= 6.452 1 = 0. 092 90 1=0. 8361 1 = 0. 4047 1= 2.5900 2 = 12. 903 2 =0. 185 81 2 = 1. 6723 2 = 0. 8094 2= 5. 1800 3 = 19.355 3 = 0. 278 71 3 = 2. 5084 3 = 1. 2141 3= 7.7700 4 = 25.807 4 = 0. 371 61 4 = 3.3445 4 = 1. 6187 4 = 10.3600 5=32. 258 5 = 0. 464 52 5 = 4. 1807 5 = 2. 0234 5 = 12.9500 6=38. 710 6 = 0. 557 42 6 = 5. 0168 6 = 2. 4281 6 = 15. 5400 7=45. 161 7=0. 650 32 7 = 5.8529 7 = 2. 8328 7 = 18. 1300 8 = 51. 613 8=0. 743 23 8 = 6. 6890 8=3. 2375 8 = 20. 7200 9 = 58.065 9 = 0. 836 13 9 = 7.5252 9=3. 6422 9 = 23.3100

0. 155 00=1 10.764=1 1. 1960 = 1 2 471=1 0.3861=1

0.310 00=2 21.528 = 2 2.3920 = 2 4 942=2 0. 7722 = 2 0.465 00 = 3 32. 292 = 3 3. 5880 = 3 7 413=3 1. 1583 = 3

0.620 00 = 4 43.055=4 4. 7839=4 9 884 = 4 1.5444=4

0.775 00=5 53.819 = 5 5.9799=5 12 355=5 1.9305=5

0.930 00=6 64.583=6 7. 1759=6 14 826 =6 2.3166 =6

1.085 00 = 7 75.347 = 7 8.3719 = 7 17 297 = 7 2. 7027 = 7

1.240 00=8 86. 111=8 9.5679=8 19 768=8 3.0888=8

1.395 00=9 96.875=9 10. 7639 = 9 22 239 = 9 3.4749 = 9

3. VOLUME

Cubic Cubic

inches centimeters

(cu in.) (cm3)

Cubic

feet (cu ft) Cubic

meters

(m3) Cubic

yards

(cu yd) Cubic

meters

(m3) Cubic

inches

(cu in.) Liters

(liter) C

fu^

c Liters (cu%

^

1= 16.3872 1 = 0. 028 317 1 = 0. 7646 1 = 016 386 7 1= 28.316 2= 32.7743 2 = 0. 056 634 2 = 1. 5291 2 = 032 773 4 2= 56.633 3= 49. 1615 3 = 0. 084 951 3 = 2. 2937 3 = 049 160 2 3= 84.949 4= 65.5486 4 =0. 113 268 4 =3.0582 4 =0. 065 546 9 4 = 113. 265 5= 81.9358 5 =0. 141 585 5 =3.8228 5 =0. 081 933 6 5 = 141.581 6= 98.3230 6 = 0. 169 902 6 = 4. 5874 6 = 098 320 3 6 = 169.898

7 = 114. 7101 7 = 0. 198 219 7 = 5.3519 7 =0. 114 707 7 = 198.214

8 = 131.0973 8 = 0, 226 536 8 = 6. 1165 8 =0. 131 093 8 8 = 226. 530 9 = 147.4845 9 = 0, 254 853 9 = 6.8810 9 =0. 147 480 5 9=254.846

0.061 02=1 35.314 =1 1.3079 =1 61.025 =1 0. 035 315=1

0. 122 05 = 2 70.629 = 2 2.6159 =2 122.050 =2 0. 070 631=2

0. 183 07 = 3 105.943 = 3 3.9238 = 3 183.075 = 3 0. 105 946 = 3 0.244 09=4 141.258 =4 5.2318 =4 244. 100 = 4 0. 141 262=4

0.305 12=5 176.572 = 5 6.5397 =5 305. 125 =5 0. 176 577=5

0.366 14 = 6 211.887 = 6 7.8477 = 6 366. 150 = 6 0. 211 892=6

0.427 16 = 7 247. 201 = 7 9. 1556 = 7 427. 175 = 7 0. 247 208 = 7

0.488 19 = 8 282. 516 = 8 10.4635 =8 488. 200 = 8 0. 282 523=8

0.549 21 = 9 317. 830 = 9 11.7715 =9 549. 225 = 9 317 839=9
13

4. CAPACITY—LIQUID MEASURE

U. S. fluid drams

(fl dr)

Milliliters (ml) U. S. fluid ounces

(fl oz)

Milliliters (ml) U.S. liquid

pint3

(pt) Liters

(liter) U. S. liquid quarts(qt) Liters

(liter) u. s. gallons

(gal) Liters

(liter)

1 _ ^ 6966 1 = 29 573 X =0 473 17 1=0. 946 33 = 3 785 33 2 = 7^3932 2 = 59ll46 2 = o! 946 33 2 = 1. 892 67 2 = 7 570 66 3 = 11. 0898 3 = 88.719 3 = 1. 419 50 3 = 2. 839 00 3 = 11 3 c fi Oft 4 — It. / OOO = 118 292 A 1 SJQO fi7 4=3." 785 33 A = 15 141 33

jr O = 18 4831 = 147 865 O — Z ODD OO 5=4. 73 1 67 = 18 926 66 6 = 22! 1797 6 = 177'. 437 6 = 2 839 00 6 = 5. 678 00 6 = 22 711 99 7 = 25.8763 7 = 207.010 7=3 312 17 7 = 6. 624 33 7 = 26 497 33 oQ = 29 5729 9 — ZOO . JOJ — 785 33 8 = 7. C7f» D 1 U OO QO =30 282 66 a OO OCQC — oj . zuyo = 266 156 9=4 258 50 9=8. CI 7 nn Q =34 067 99

U . 1 1 U OZ = 1 U . Uoo ol j — 1 2 1134 =1 1 056 71 = 1 U. iCf 10 = 1

0. 541 04 =2 0.067 629 =2 4! 2268 = 2 2 113 42=2 0.528 36 =2

811 55 =3 0. 101 444 =3 6.3403=3 3 170 13=3 792 53 = 3 L082 07 = 4 0. 135 259 = 4 8.4537=4 4 226 84 = 4 1.056 71 = 4

1.352 59 =5 0. 169 074 =5 10.5671=5 5 283 55 = 5 1.320 89 = 5

1.623 11 =6 0.202 888 =6 12.6805=6 6 340 26=6 1.585 07 =6

1.893 63 = 7 0. 236 703 14. 7939 = 7 7 396 97 = 7 1.849 24 = 7

2. 164 14 =8 0. 270 518 =8 16.9074=8 8 453 68=8 2. 113 42 =8

2.434 66 =9 0.304 333 = 9 19.0208=9 9 510 39 = 9 2.377 60 = 9

5. CAPACITY—DRY MEASURE

u. s.

dry- quarts

(qt)

Liters

(liter) (pk) (liter) pecks ^kaliters

(pk) (dkl)

U. S. Hectobushels liters (bu) (hi)

U. S. Hectobushels liters per

per acre hectare

1 = 1. 1012 1= 8.810 1=0.8810 1 = 0.352 38 1=0. 8708

2 = 2. 2024 2 = 17.619 2 = 1. 7619 2=0. 704 77 2 = 1. 7415 3=3. 3036 3 = 26.429 3 = 2.6429 3 = 1.057 15 3 = 2. 6123 4=4. 4048 4=35. 238 4=3. 5238 4 = 1.409 53 4 = 3. 4830 5 = 5. 5060 5=44.048 5=4.4048 5 = 1. 761 92 5 = 4. 3538 6 = 6. 6072 6 = 52.857 6 = 5.2857 6=2. 114 30 6 = 5. 2245 7 = 7. 7084 7 = 61.667 7 = 6. 1667 7 = 2.466 68 7=6. 0953 8=8. 8096 8 = 70.477 8 = 7.0477 8 = 2.819 07 8 = 6. 9660 9 = 9. 9108 9 = 79. 286 9 = 7.9286 9=3. 171 45 9=7. 8368

0.9081 = 1 0. 113 51 = 1 1. 1351=1 2.8378 = 1 1. 1484 = 1 1.8162=2 0. 227 03=2 2.2703 = 2 5.6756=2 2. 2969 = 2

2 . 7243 = 3 0. 340 54=3 3.4054=3 8. 5135=3 3.4453=3

3.6324=4 0.454 05=4 4.5405=4 11.3513=4 4.5937=4

4.5405=5 0.567 56=5 5.6756=5 14. 1891=5 5.7421 = 5 5.4486=6 0.681 08=6 6.8108=6 17.0269=6 6.8906=6

6.3567 = 7 0. 794 59 = 7 7.9459 = 7 19.8647 = 7 8.0390 = 7 7.2648=8 0.908 10=8 9.0810=8 22. 7026=8 9. 1874=8

8. 1729 = 9 1. 021 61=9 10. 2161=9 25. 5404=9 10.3359 = 9

6. MASS

Grains

(grain) Grams

(g) 1 = 0.064 799 2=0. 129 598 3 = 0. 194 397 4=0.259 196 5=0.323 995 6 = 0.388 794 7=0.453 592 8 = 0. 518 391 9 = 0. 583 190 15.4324=1 30.8647=2

46. 2971=3

61. 7294=4

77. 1618=5

92.5941=6

108.0265=7

123.4589=8 138.8912=9

Apothecaries' drams

(dr ap or 5 ) Grams

(g)

1.286 03 = 1.543 24= 1.800 44= 2.057 65 = 2.314 85 =

= 3.8879

= 7.7759

=11.6638

=15.5517 =19.4397

=23.3276

=27. 2155

=31. 1035 =34.9914

0. 257 21=1

0.514 41=2

0. 771 62=3

1.028 82=4

Troy

ounces

(oz t) Grams

(g) 1 = 2 = 3 = 4 = 5 = 6 = 7 = 8 = 9 = 0.032 151= 0.064 301 = 0.096 452=

0. 128 603=

0. 160 754=

0. 192 904=

0. 225 055=

0. 257 206= 0.289 357=

= 31.103

= 62.207

= 93.310

=124.414

=155.517

=186.621

=217. 724

=248.828

=279.931

=1=2=3

=4

Avoirdupois ounces

(oz avdp) Grams

(g) 1 = 2 = 3 = 4 = 5 = 6 = 7 = 8 = 9 = 0.035 274= 0.070 548=

0. 105 822=

0. 141 096=

28.350

' 56.699 85.049

113.398

141. 748 170.097

198.447

225. 796

255. 146 1

=234

0. 176 370=5

0. 211 644=6

0.246 918 = 7 0.282 192 = 8

0.317 466 = 9

AVrS?

U" Kilo- pois pounds Srams

(lb avdp) (kg)

2. 204 62= 4.409 24= 6.613 87= 8.818 49= 11.023 11= 13.227 73= 15.432 36= 17.636 98= 19.841 60= 22698°—36 3
14

7. COMPARISON OF THE VARIOUS TONS AND POUNDS IN USE IN THE

UNITED STATES (FROM 1 TO 9 UNITS)

Troy pounds Avoirdupois pounds Kilograms Short tons Long tons Metric tons

1 0. 822 857 0. 373 24 0.000 411 43 0. 000 367 35 0. 000 373 24 2 1. 645 71 0. 746 48 0. 000 822 86 0. 000 734 69 0. 000 746 48 3 2.468 57 1. 119 73 0.001 234 29 0. 001 102 04 0. 001 119 73

3. 291 43 1. 492 97 0.001 645 71 0. 001 469 39 0. 001 492 97 5 4. 114 29 1.866 21 0. 002 057 14 0. 001 836 73 0. 001 866 21 6 4. 937 14 2. 239 45 0. 002 468 57 0. 002 204 08 0. 002 239 45 7 5. 760 00 2.612 69 0. 002 880 00 0. 002 571 43 0. 002 612 69 8 6. 582 86 2. 985 93 0. 003 291 43 0. 002 938 78 0. 002 985 93 9 7 405 71 3. 359 18 0. 003 702 86 0. 003 306 12 0. 003 359 18

1.215 28 1 0. 453 59 0. 0005 0. 000 446 43 0. 000 453 59

2. 430 56 2 0. 907 18 0.0010 0. 000 892 86 0. 000 907 18

3. 645 83 3 1. 360 78 0. 0015 0. 001 339 29 0. 001 360 78 4.861 11 4 1.814 37 0. 0020 0.001 785 71 0.001 814 37

6. 076 39 5 2. 267 96 0. 0025 0.002 232 14 0. 002 267 96

7. 291 67 6 2. 721 55 0. 0030 0. 002 678 57 0. 002 721 55

8. 506 94 7 3.175 15 0. 0035 0.003 125 00 0. 003 175 15 9.722 22 8 3. 628 74 0.0040 0. 003 571 43 0. 003 628 74

10. 937 50 9 4. 082 33 0. 0045 0.004 017 86 0. 004 082 33

2.679 23 2. 204 62 1 0. 001 102 31 0.000 984 21 0. 001

5. 358 46 4. 409 24 2 0. 002 204 62 0.001 968 41 0.002

8. 037 69 6. 613 87 3 0. 003 306 93 0. 002 952 62 0. 003 10.716 91 8.818 49 0. 004 409 24 0. 003 936 83 0.004

13. 396 14 11.023 11 5 0.005 511 56 0.004 921 03 0.005 16.075 37 13.227 73 6 0. 006 613 87 0. 005 905 24 0.006

18. 754 60 15.432 36 7 0.007 716 18 0. 006 889 44 0.007 21.433 83 17. 636 98 8 0. 008 818 49 0. 007 873 65 0. 008 24.113 06 19. 841 60 9 0. 009 920 80 0.008 857 86 0.009

2430. 56 2000 907. 18 1 0.892 86 0.907 18 4861.11 4000 1814. 37 2 1. 785 71 1.814 37

7291. 67 6000 2721.55 3 2. 678 57 2. 721 55

9722. 22 8000 3628. 74 3! 571 43 3! 628 74 12 152. 78 10 000 4535. 92 5 4. 464 29 4. 535 92

14 583. 33 12 000 5443. 11 6 5. 357 14 5.443 11 17 013. 89 14 000 6350. 29 7 6. 250 00 6. 350 29

19 444. 44 16 000 7257.48 8 7. 142 86 7. 257 48

21 875. 00 18 000 8164. 66 9 8. 035 71 8. 164 66

2722. 22 2240 1016.05 1.12 1 1.016 05 5444.44 4480 2032. 09 2.24 2 2.032 09

8166. 67 6720 3048. 14 3. 36 3. 048 14

10 888.' 89 8960 4064! 19 4^48 4^064 19

13 611.11 11 200 5080. 24 5.60 5 5. 080 24

16 333. 33 13 440 6096. 28 6.72 6 6. 096 28

19 055. 56 15 680 7112.32 7.84 7 7. 112 32

21 777. 78 17 920 8128. 38 8.96 8 8. 128 38

24 500. 00 20 160 9144. 42 10. 08 9 9. 144 42

2679. 23 2204. 62 1000 1. 102 31 0. 984 21 1

5358. 46 4409. 24 2000 2. 204 62 1.968 41 2

8037. 69 6613. 87 3000 3.306 93 2. 952 62 3

10 716. 91 8818. 49 4000 4.409 24 3. 936 83

13 396. 14 11 023.11 5000 5.511 56 4.921 03

16 075. 37 13 227. 73 6000 6. 613 87 5. 905 24 6

18 754. 60 15 432. 36 7000 7. 716 18 6. 889 44 7

21 433. 83 17 636. 98 8000 8. 818 49 7. 873 65 8

24 113. 06 19 841. 60 9000 9.920 80 8. 857 86 9
15

VIII. SPECIAL TABLES

LENGTH—INCHES AND MILLIMETERS—EQUIVALENTS OF DECIMAL

AND BINARY FRACTIONS OF AN INCH IN MILLIMETERS

From 1/64 to 1 Inch

8ths 16ths 32ds 64ths Milli- meters Decimals

of an inch Inch 8ths 16ths 32ds 64ths Milli- meters Decimals

of an inch

1 = 0. 397 OO = 13 097 a eircoir

U. 31 JUL J

1 2 = .794 .03125 17 34 = 13. 494 . 53125

3 = 1.191 . 046875 35 = 13.891 . 546875

1 2 4 - 1.588 .0625 9 18 36 = 14. 288 .5625

5 = i.yo'r A701 ">C in = 14 684 . 578125

3 6 = 2.381 . 09375 19 38 = 15.081 '. 59375

7 = 2.778 . 109375 39 = 15.478 . 609375

1 2 4 8 = 3.175 .1250 5 10 20 40 = 15. 875 .625

y — O.D1C 41 = 16. 272

5 10 = 3.969 . 15625 21 42 = 16. 669 . 65625

11 = 4.366 . 171875 43 = 17.066 . 671875

3 6 12 = 4.763 .1875 11 22 44 = 17.463 .6875

1 3 — e i en j. loy to _ yj 859 . 703125

7 4 = 5.556 . 21875 23 46 = is! 256 ! 71875

15 = 5.953 . 234375 47 = 18.653 . 734375

1 2 4 8 16 = 6.350 .2500 3 6 12 24 48 = 19.050 .75

1 71 / — O. It/ . -0D0.O 49 = 19 447 765625

9 18 = 7.144 .28125 25 50 = 19! 844 ! 78125

19 = 7.541 . 296875 51 = 20. 241 . 796875

5 10 20 = 7.938 .3125 13 26 52 = 20.638 .8125

21 = 8.334 .328125 53 = 21.034 . 828125

11 22 = 8.731 . 34375 27 54 = 21.431 . 84375

23 = 9.128 . 359375 55 = 21.828 . 859375

3 6 12 24 = 9.525 .3750 7 14 28 56 = 22.225 .875

25 = 9.922 . 390625 57 = 22.622 . 890625

13 26 = 10.319 . 40625 29 58 = 23.019 .90625

27 = 10.716 . 421875 59 = 23.416 . 921875

7 14 28 = 11.113 .4375 15 30 60 = 23.813 .9375

29 = 11.509 .453125 61 = 24. 209 . 953125

15 30 = 11.906 .46875 31 62 = 24.606 . 96875

31 = 12.303 . 484375 63 = 25. 003 . 984375

l 2 4 8 16 32 = 12.700 .5 1 2 4 8 16 32 64 = 25.400 1.000 LENGTH—HUNDREDTHS OF AN INCH TO MILLIMETERS

From 1 to 99 Hundredths

Hundredths of an inch 2 3 4 5 6 7 8 9

0.254 0.508 0. 762 1.016 1.270 1.524 1.778 2. 032 2.286 10 2.540 2.794 3.048 3.302 3.556 3.810 4.064 4.318 4. 572 4.826 20 5.080 5.334 5.588 5.842 6. 096 6. 350 6. 604 6. 858 7.112 7. 366 30 7. 620 7.874 8.128 8.382 8.636 8.890 9.144 9.398 9.652 9. 906 40 10.160 10.414 10. 668 10. 922 11. 176 11. 430 11.684 11.938 12. 192 12.446 50 12. 700 12.954 13. 208 13.462 13.716 13.970 14. 224 14.478 14. 732 14. 986 60 15. 240 15. 494 15. 748 16. 002 16. 256 16.510 16. 764 17. 018 17.272 17. 526 70 17. 780 18. 034 18. 288 18. 542 18. 796 19. 050 19. 304 19. 558 19.812 20. 066 80 20. 320 20. 574 20. 828 21. 082 21. 336 21.590 21. 844 22. 098 22. 352 22. 606 90 22. 860 23.114 23. 368 23. 622 23.876 24. 130 24. 384 24. 638 24. 892 25. 146 LENGTH—MILLIMETERS TO DECIMALS OF AN INCH

From 1 to 99 Units

Milli- meters 1 2 3 4 5 6 7 8 9

0. 03937 0. 07874 0.11811 0. 15748 0. 19685 0. 23622 0. 27559 0. 31496 0. 35433 10 39370 . 43307 . 47244 .51181 .55118 . 59055 . 62992 . 66929 . 70866 . 74803 20 78740 . 82677 .86614 .90551 . 94488 . 98425 1.02362 1. 06299 1. 10236 1. 14173 30 1 18110 1. 22047 1. 25984 1. 29921 1.33858 1.37795 1.41732 1. 45669 1.49606 1. 53543 40 1 57480 1.61417 1. 65354 1. 69291 1.73228 1. 77165 1.81102 1. 85039 1. 88976 1.92913 50 1 96850 2. 00787 2. 04724 2. 08661 2. 12598 2. 16535 2. 20472 2. 24409 2. 28346 2. 32283 60 2 36220 2. 40157 2. 44094 2. 48031 2.51968 2. 55905 2. 59842 2. 63779 2.67716 2. 71653 70 2 75590 2. 79527 2. 83464 2. 87401 2.91338 2. 95275 2.99212 3.03149 3. 07086 3. 11023 80 3 14960 3. 18897 3. 22834 3. 26771 3. 30708 3. 34645 3. 38582 3.42519 3. 46456 3. 50393 90 3 54330 3.58267 3. 62204 3. 66141 3. 70078 3. 74015 3. 77952 3.81889 3.85826 3. 89763
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IX. TABLES OF EQUIVALENTS FROM 1 TO 999 UNITS

27
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X. METRIC AND ENGLISH DISTANCE EQUIVALENTS FOR ATHLETIC

EVENTS (TRACK AND FIELD)

1. METRIC UNITS IN ATHLETICS

On November 22, 1932 the Amateur Athletic Union took official action adopting

metric distances for track events to be run in athletic meets held under the jurisdiction

of that body.

It may be assumed that other athletic bodies will follow the lead of the AAU

in adopting metric distances for track events, and also that the use of metric units

may be extended to include field events. With this thought in mind, the following tables of equivalents have been prepared

to aid in conversions between the two systems of units and to assist those not entirely

familiar with the metric system to gain a mental picture of the various distances

expressed in meters. Explanation: In table 1 are given the equivalent metric and English distances

for the principal track events of both indoor and outdoor meets. In table 2 are given the metric equivalents, expressed in meters, for all distances

expressed in feet, inches, and binary fractions of an inch, up to 1 000 feet. This

table may be conveniently used to find the metric equivalent of any distance, given

to the nearest )i inch, over a range sufficiently wide to include all field events

by the simple process of breaking the distance down into convenient parts, finding

the equivalent of each part, and adding them together to obtain the total equivalent.

In order to avoid confusion and possible error, it is recommended that all metric

distances in track and field events be expressed in meters and decimal fractions of

the meter.

Example: Find the metric equivalent of 242 feet, 10% inches. 200 feet =60.960 meters

40 feet =12.192 meters

2 feet = .610 meter

10 inches = .254 meter

Y& inch = .003 meter

242 ft, 10% inches =74.019 meters

(60)
61

2. DISTANCE EQUIVALENTS

,/l meter=39.37 inches=3.280 8 feet= 1.093 6 yards

5 \1 kilometer=l 000 meters=0.621 370 mile Table 1.

Track events

Yards : Meters Meters : Yards

40 36. 58 50 54. 68

50 45. 72 60 65. 62 60 54. 86 65 = 71. 08

70 64. 01 80 87. 49

75 68. 58 100 109. 36

100 91. 44 110 = 120. 30

110 100. 58 200 218. 72 120 109. 73 300 328. 08

220 201. 17 400 = 437. 44 300 274. 32 500 546. 81 440 402. 34 =- M mi 600 656. 16 600 548. 64 800 874. 89 880 804. 67 == /2 mi 1 000 = 1 093. 61

1 000 914. 40 1 500 = 1 640. 42

1 320 1 207. 01 == % mi 1 600 = 1 749. 78

. Miles : Meters Meters : Miles Yards and

inches Miles

(approx.)

1 - 1 609. 3 2 000 = 1 427 8 1. 24

2 = 3 218. 7 2 400 = 1 864 24 1. 49

3 == 4 828. 3 000 = 1 1 520 30 1. 86

4 = 6 437. 4 3 200 = 1 1 739 20 1. 99

5 = 8 046. 7 5 000 = 3 188 2 3. 11 6 = 9 656. 1 6 000 = 3 1 281 24 3. 73

7 = 11 265. 4 10 000 6 376 4 6. 21 8 = 12 874. 8 15 000 9 564 6 9. 32

9 = 14 484. 1 20 000 = 12 752 8 12. 43

10 = 16 093. 5 25 000 = 15 940 10 15. 53

15 = 24 140. 2 30 000 18 1 128 12 18. 64

20 = 32 186. 9 50 000 31 120 20 31. 07

25 = 40 233. 7 26 mi and 385 yd = 42 195. 1
62

Table 2.

Field events

Feet : Meters Inches : Meter

1 0. 305 1 0. 025

2 610 2 . 051

3 914 3 . 076

4 1. 219 4 . 102

5 l! 524

5 . 127

6 1. 829 6 . 152

7 2. 134 7 . 178

8 2. 438 8 . 203

9 = 2. 743

9 . 229

10 3. 048 10 . 254

20 6. 096 11 . 279

30 9. 144 12 . 305

40 _ 12. 192

50 = 15. 240 Fractions

of an

60 _ 18. 288 inch : Meter

70 21. 336

80 24. 384 % 0. 003

90 = 27. 432 %

%

. 006

. 010

100 30. 480 Yi . 013

200 60. 960

300 91. 440 %

%

. 016

400 121. 920 . 019

500 152. 400 y*

i

. 022

. 025

600 182. 880

700 213. 360

800 243. 840

900 274. 321

In deciding upon the number of decimal places to be retained in the accompanying tables consideration has been given to the precision of measurement of distance

and of time as ordinarily carried out in connection with track and field events. In field events it is customary to measure distances in feet and inches to the nearest % inch. This corresponds to about 3 milhmeters, or 0.003 meter. In

order not to sacrifice accuracy in converting these measured distances to meters

the metric equivalents are given to the nearest 0.001 meter. This precision is ample,

since the equivalents are more precise than the measurements themselves.

In the case of track events consideration has been given to the precision of measurement of both distance and time as ordinarily carried out in connection with

these events. The time measurements are, in general, much the less precise of the

two. Time, when taken with stop watches, is ordinarily given to % second or to %o

second. When taken with electrical timing devices it may be given to Koo second.

In the dashes, where 1 second represents a distance of approximately 10 yards or

10 meters, }{q second represents roughly 1 yard or 1 meter, and Xoo second a distance

of Xo yard or }{ meter. Obviously, then, there is no need at present to give metric

equivalents of distances more precisely than to the nearest Ko meter even when the

most precise timing methods are used. For distances less than 1 mile they have,

however, been given to the nearest %oo meter in order to allow for possible future

improvement in timing equipment.
XI. GRAPHIC COMPARISON CHART OF SCREW THREAD PITCHES a

,15

.14

13

The "fineness" of an English screw thread is ordinarily expressed in terms of the number of threads per inch, while in the case of metric threads the same thing is expressed in terms of the distance from one thread to the next, measured parallel to the axis; that is, in terms of the

pitch. In the accompanying chart a simple method

has been devised for finding the nearest equivalent of one system in terms of the other. Suppose it is desired to find the metric pitch most nearly corresponding to 32 threads per inch.

First, look along the horizontal line at the bot- tom of the chart until 32 per inch is located; then

go up vertically to the point where this line cuts the curve, and then horizontally to the right to the vertical line showing the pitch in millimeters. The pitch in millimeters is seen to be 0.79+. The pitch, in inches, corresponding to any number of threads per inch can also be obtained by

going horizontally to the left from the curve, instead of to the right. In this case it is seen to be 0.0312 inch.

Again, suppose it is desired to find the threads

per inch most nearly corresponding to a 2 mm

pitch. Look along the offset vertical line of metric pitches until 2 mm is located; then go

horizontally across the chart to the point where

the horizontal line cuts the curve, and then vertically downward to the line showing threads

per inch. The point of intersection will be the threads per in ch corresponding t o a pitch of 2 mm.

The equivalent is seen to be slightly less than 13 threads per inch (12.7 more exactly). Again, if it is desired to find the pitch in inches corresponding to a given pitch in millimeters, or vice versa, it is only necessary to go horizontally

across the chart from one to the other. For

example, 0.05 inch is seen to be equivalent to

1.27 mm; and 3 mm equivalent to 0.118 inch. The accompanying table is provided to give extreme values which cannot conveniently be shown in the chart, and also for the convenience

of those who prefer to use a table.

Common metric- pitches 2 Designation of Pitch Threads screw system

per mm Inches inch

8. 0. 3150 3. 2

7. 5 . 2953 3. 4 7.0 .2756 3. 6

6. 5 .2559 3.9

6. .2362 4.2

5.5 .2165 4.6

5.0 .1968 5. 1 Systeme Interna4. 5 .1772 5.6 tional (S.I.) (Grosse

4. . 1575 6.4 , Mecanique) . 3.5 .1378 7.3 Screws of 6 mm

3.0 . 1181 8.5 diam and above.

2.5 .0984 10.2 2.0 .0787 12.7

1. 75 .0689 14.5

1. 50 .0591 16.9 Systeme Francais

1. 25 .0492 20.3 (Petite Mecan1.00 . 0394 25.4 ique). Screws

.90 .0354 28.2 I below 6 mm diam

.75 .0295 33.9

J (Small machine

.60 .0236 42.3 J screws)

.

.45 .0177 56.4

.42 .0165 60.5 Small machine

.39 .0154 65. 1 screws and watch-

.36 .0142 70.6 makers' screws.

.33 .0130 77 Sizes common to .30 .0118 85 both.

.27 . 0106 94 .24 .0094 106

.21 .0083 121

. 19 .0075 134

. 17 .0067 149 'Watchmakers

. 15 .0059 169 screws.

. 13 .0051 195

. 11 .0043 231

THREADS PER JNCH

Graphic comparison of screw thread pitches, showing the number of threads per inch and pitch in

millimeters for both inch and millimeter systems.

a The above chart is also printed as a separate Miscellaneous Publication, M49, entitled Graphic Comparison of Screw Thread

Pitches, by H. W. Bearce, and may be obtained from the Superintendent of Documents, U. S. Government Printing Office, Washington, D. C, Price 5 cents. 22698°—36 (Face p. 62)

63

XII. STATUS OF INTERNATIONAL METRIC SYSTEM IN THE

UNITED STATES

1. CONSTITUTIONAL AUTHORITY TO FIX STANDARDS

"The Congress shall have power to * * * fix the standard of weights and

measures." (Constitution of the United States, Art. 1, sec. 8, par. 5.)

2. METRIC SYSTEM LEGALIZED

"It shall be lawful throughout the United States of America to employ the

weights and measures of the metric system, * * (Revised Statutes of the

United States, sec. 3569.)

3. METRIC STANDARDS ADOPTED AS FUNDAMENTAL

u * * * ^e ffice f weights and measures * * * will in the future

regard the international prototype meter and kilogram as fundamental standards,

and the customary units, the yard and the pound, will be derived therefrom in accord- ance with the act of July 28, 1866." (Order approved by the Secretary of the

Treasury, April 5, 1893.)

4. METRIC BALANCES FURNISHED CERTAIN POST OFFICES

"The Postmaster General shall furnish to the post offices exchanging mails with

foreign countries, and to such other offices as he may deem expedient, postal balances

denominated in grams of the metric system, fifteen grams of which shall be the

equivalent, for postal purposes, of one-half ounce avoirdupois, and so on in progression. " (Revised Statutes of the United States, sec. 3880.)

5. METRIC WEIGHTS USED FOR CERTAIN COINS

"* * * the weight of the half-dollar shall be twelve grams and one-half of a gram; the quarter-dollar and the dime shall be, respectively, one-half and one-fifth of the weight of said half-dollar. " (Revised Statutes of the United States, sec. 3513.)

6. CONGRESS PROVIDES METRIC STANDARDS FOR THE STATES OF THE UNION,

LAND-GRANT AGRICULTURAL COLLEGES, AND THE SMITHSONIAN INSTITUTION

11 Be it resolved by the Senate and House of Representatives of the United States of

America in Congress assembled, That the Secretary of the Treasury be, and he is hereby,

authorized and directed to furnish to each State, to be delivered to the governor

thereof, one set of the standard weights and measures of the metric system for the use

of the States, respectively." (Joint resolution of Congress approved July 27, 1866.)

"Resolved by the Senate and House of Representatives of the United States of America

in Congress assembled, That the Secretary of the Treasury be, and he is hereby,

directed to cause a complete set of all the weights and measures adopted as standards

to be delivered to the governor of each State in the Union, for the use of agricultural

colleges in the States, respectively, which have received a grant of lands from the

United States, and also one set of the same for the use of the Smithsonian Institution:

* * *." (Joint resolution of Congress, approved March 3, 1881.)

7. UNITED STATES JOINS IN ESTABLISHING INTERNATIONAL BUREAU OF

WEIGHTS AND MEASURES

"The high contracting parties engage to establish and maintain, at their common

expense, a scientific and permanent international bureau 11 ol weights and measures,

the location of which shall be at Paris." (Extract from convention of 1875, signed for the United States by the United States ambassador to France.)

11 This bureau has the cutody of the international standards of the metric system, to which all metric prototypes of the world

are referred for verification. It was established and is maintained jointly by various governments.
64

8. CONGRESS ADOPTS THE METRIC UNITS FOR ELECTRICAL MEASURES

It was enacted by the Congress that the international electrical units shall be the

legal units of electrical measure in the United States. These units were based on the

centimeter-gram-second electromagnetic system of electrical units. (See Revised

Statutes of the United States, Supplement, vol. 2, chap. 131, 1894.)

9. METRIC SYSTEM REQUIRED IN THE MEDICAL WORK OF THE WAR AND NAVY

DEPARTMENTS AND THE U. S. PUBLIC HEALTH SERVICE OF THE TREASURY

DEPARTMENT

(a) " Pharmacy management. * * * "(6) Records.

"1. In time of peace and, so far as practicable, in time of war all prescriptions

will be written in the metric system. * * *." (Army Regulations, 1929, Regulation 40-590, par. 18, sub.-par. 18-b (1).)

(b) "The metric system of weights and measures shall hereafter be employed in

the Medical Department of the Navy." (Order approved by the Secretary of the

Navy, April 15, 1878.

)

12 (c) " Officers shall, for all official, medical, and pharmacal purposes, make use of the metric system of weights and measures." (Regulations of the U. S. Public

Health Service, 1931, sec. 856.)

10. METRIC CARAT ADOPTED AS UNIT OF WEIGHT FOR DIAMONDS AND OTHER

PRECIOUS STONES

" Beginning July 1, 1913, the Bureau of Standards will recognize the international

metric carat of 200 milligrams as the unit of weight for diamonds and other precious

stones and will use this unit for the purposes of certification of all carat weights

submitted to the bureau for test." (National Bureau of Standards, Circular C43,

issued November 1, 1913.)

"On and after July 1, 1913, the unit of weight for imported diamonds, pearls, and

other precious stones will be the metric carat of 200 milligrams.

"Collectors at ports now equipped with scales for weighing precious stones will make requisition for a new set of weights based upon such carat." (Treasury Department order, June 17, 1913, to collectors and other officers of the customs.)

11. METRIC SYSTEM OPTIONAL IN PUERTO RICO

"Section 1.—That the metric system of weights and measures and the imperial

system customarily used in the United States, insofar as the same is described by this

act, are hereby recognized and established in Porto Rico for use in all industrial and

commercial transactions, * * *." (Act No. 135, approved, August 18, 1913.)

12. METRIC SYSTEM MADE THE LEGAL SYSTEM IN THE PHILIPPINE ISLANDS

"The weights and measures to be used throughout the Philippine Islands are those of the metric sj^stem, with the following units: * *

* "The metric system of weights and measures, with its recognized scales, shall be

used in all contracts, deeds, and other instruments publicly and officially attested, and

in all official documents; and, except as hereinbelow provided, only weights and measures of the metric system shall be officially sealed and licensed.

"In the purchase and sale of manufactured lumber the English system of measures may be employed; and in ordering commodities or articles from abroad such

12 The metric system is now used exclusively only in the medical prescription work of the Bureau of Medicine and Surgery.
65

weights and measures may be employed as are commonly used in the country to which

the order is sent or from which the goods are shipped." (Administrative Code, 1917,

vol. 2, Art. IX, p. 8, sees. 32 and 33.)

13. RELATION BETWEEN INCHES AND MILLIMETERS ADOPTED BY AMERICAN

STANDARDS ASSOCIATION

For industrial purposes a simple relation between the inch and the millimeter

has been adopted by the American Standards Association (ASA B48. 1-1933), and by

similar organizations in 15 other countries. This relation is

1 inch=25.4 millimeters (exactly)

from which, 1 yard=0.9144 meter (exactly).

The adoption of this relation by industry, for use in making conversions between

inches and millimeters, has no effect upon the legal definition of the yard or of the meter.

14. DISTANCES IN MULTIPLES OF METRIC UNITS ADOPTED FOR AMATEUR

ATHLETIC UNION TRACK EVENTS

On November 22, 1932, the Amateur Athletic Union took official action adopting metric distances for track events to be run in athletic meets held under the jurisdiction of that body. These metric distances given in this publication are also given

in Letter Circular LC376, which may be obtained from the National Bureau of Standards.
XIII. INDEX

Page

Abbreviations, list of accepted

Acre:

Definition Equivalents in hectares, 1 to 9 units Equivalents in hectares, 1 to 999 units Equivalents of bushels per acre in hectoliters per

hectare, 1 to 9 units Relation to other area units Amateur Athletic Union:

Metric distances for track events American Standards Association: Conversion factor, inches to millimeters Angstrom

Apothecaries' units (see also under the name of each unit). Are, definition Area:

Definition of units Fundamental units Subsidiary units_ Athletic events, track distances in meters Avoirdupois units of mass (see also under the name of each

unit)

Barrel: For apples: Definition Volume in cubic inches Board foot, definition Bureau, International, of Weights and Measures

Bushel:

British: Relation to United States bushel, approximate,

.

United States: Definition Equivalents in hectoliters, 1 to 9 units Equivalents in hectoliters, 1 to 999 units Heaped

Relation to other capacity units Stricken or struck Volume in cubic inches Capacity:

Definition of units Fundamental units Subsidiary units Capacity measures:

Coefficient of expansion

Distinction between, and units Material of which made

Temperature at which standard

Carat:Metric, definition Old, in use in United States previous to July 1, 1913.. Centare, definition Centigram, definition

Centiliter, definition Centimeter: Cubic:

Definition Equivalents in cubic inches, 1 to 9 units Relation to other volume units

Definition Relation to other units Square:

Definition Equivalents in square inches, 1 to 9 units Relation to other area units Chain (Gunter's): Definition Relation to other length units Square:

Definition Relation to other area units Common fractions of an inch in decimals of an inch and

millimeters Comparison of pounds and tons used in United States. Comparison of screw thread pitches: English and metric Facing 62

Contents, table Conversion factor, ASA:

Inches to millimeters Cord, definition Cubic measure, units (see also under the name of each

unit) Customary standards of length, temperature at which

standard Decigram, definition

Deciliter, definition Decimal and common fractions of an inch and millimeters. Decimeter:

Cubic:

Definition Relation to liter Relation to other volume units Definition Equivalent in inches Square, definition Dekagram, definition Dekaliter: Definition Equivalents in United States pecks, 1 to 9 units Relation to other capacity units Dekameter:

Cubic, definition Definition Square, definition Dram:

Apothecaries': Definition Equivalents in grams, 1 to 9 units Relation to other units of mass

Avoirdupois:

Definition Relation to other units of mass

Fluid:

Definition Equivalents in milliliters, 1 to 9 units Relation to other capacity units Dry units of capacity (see also under the name of each

unit)

Electrical units, based on metric system.

Equivalents, fundamental

Equivalents. (See names of units.)

Page

Fathom, definition Feet. (See Foot.) Fluid units (see also under the name of each unit). Foot:Cubic:

Definition Equivalents in cubic meters, 1 to 9 units.

.

Equivalents in liters, 1 to 9 units Relation to other volume units

Definition Equivalents in meters, 1 to 9 units Equivalents in meters, 1 to 999 units Relation to other length units Square:

Definition Equivalents in square meters, 1 to 9 units. Relation to other area units Fractions of an inch and rnillimeters Furlong, definition Gallon:

British imperial: Relation to United States gallon, approximate. United States: Definition Equivalents in liters 1 to 9 units Equivalents in liters 1 to 999 units Relation to other capacity units Volume in cubic inches Geographical mile. (See Mile, geographical.) (66)
Page

Gill:Definition 5 Relation to other capacity units 8 Volume in cubic inches 5 Grain:

Definition.. 5 Equivalents in grams, 1 to 9 units 13 Relation to other units of mass 10 Gram:

Definition 5 Equivalents in grains, 1 to 9 units 13 Equivalents in apothecaries' drams, 1 to 9 units 13 Equivalents in troy ounces, 1 to 9 units 13 Equivalents in avoirdupois ounces, 1 to 9 units 13 Relation to other units of mass 10 Weights of certain coins in grams 63 Graphic chart of screw thread pitches Facing 62 Hand, definition 3 Hectare:

Definition 3 Equivalents in acres, 1 to 9 units 12 Equivalents in acres, 1 to 999 units 38 Relation to other area units 8 Hectogram, definition 5 Hectoliter: Definition 4 Equivalents in United States bushels, 1 to 9 units 13 Equivalents, 1 to 9 units: Of hectoliters per hectare in United States bushels per acre 13 Equivalents of hectoliters per hectare in bushels per

acre, 1 to 9 units 13 Hectometer: Cubic definition 4 Definition 3 Square, definition 3 Hundredths of an inch, equivalents of, in millimeters 15 Hundredweight:

Long, definition 5 Short:

Definition 5 Relation to other units of mass... 10 Inch:

Definition.. 3 Equivalents in millimeters, 1 to 9 units 12 Equivalents of common fractions of, in decimals of an

inch 15 Equivalents of common fractions of, in millimeters. . 15 Equivalents in hundredths of an inch, in millimeters. 15 Equivalents in meters, 1 to 12 units 29 Relation to other length units. 8 Cubic:

Definition 4 Equivalents in cubic centimeters, 1 to 9 units 12 Equivalents in liters, 1 to 9 units 12 Number in gallon 4 Numberinbushel 4 Relation to dry capacity units 10 Relation to liquid capacity units 8 Relation to other volume units 8 Square:

Definition 4 Equivalents in square centimeters, 1 to 9 units— 12 Relation to other area units 8 International Bureau of Weights and Measures 63 Interrelation of units 8 Introduction. i Kilogram:

Definition 5 Equivalents in avoirdupois pounds, 1 to 9 units 13 Equivalents in avoirdupois pounds, 1 to 999 units 58 Equivalents in avoirdupois and troy pounds, short and long tons, and metric tons, 1 to 9 units 14 Relation to other units of mass 10 Kilometer: Cubic, definition 4 Definition 3 Equivalents in statute miles, 1 to 9 units 12 Equivalents in statute miles, 1 to 999 units 34 Square:

Definition 3 Equivalents in square miles, 1 to 9 units 12 Law:

Equivalent of half ounce in grams for use in post

offices 63

Electrical units based on metric system 64

67

Law—Continued. Page

July 28, 1866, legalizing use of metric system 63 Metric system in Puerto Rico 64 Metric system in Philippine Islands 64 Weights of certain coins in grams fixed by law 63 Legal status of metric system in United States 63 Length:

Cable. (See Cable length.) Definition of units 3 Fundamental units 3 Subsidiary units 3 Link:

Definition 3 Relation to other length units 8 Square:

Definition 4 Relation to other area units 8 Liquid units (see also under the name of each unit) 4 Liquids:

Sale of, by measure 6 Temperature of density determinations 6 Liter:Definition 4 Equivalents in cubic inches, 1 to 9 units 12 In cubic feet, 1 to 9 units 12 In United States dry quarts, 1 to 9 units 13 In United States dry pecks, 1 to 9 units 13 In United States liquid pints, 1 to 9 units 13 In United States liquid quarts, 1 to 9 units 13 In United States gallons, 1 to 9 units 13 In United States liquid quarts, 1 to 999 units 46 In United States gallons, 1 to 999 units 50 Relation to cubic decimeter 4 to other liquid capacity units 8

to other dry capacity units 10 Long hundredweight. -See Hundredweight, long. Long ton. (See Ton, long.) Mass:

Definition of units 5 Fundamental units 5 Subsidiary units 5 Mendenhall Order 1 Meter:

Cubic:

Definition 4 Equivalents in cubic feet, 1 to 9 units 12 Equivalents in cubic yards, 1 to 9 units 12 Equivalents in cubic yards, 1 to 999 units 42 Relation to other volume units 8

Definition 3 Equivalents in feet, 1 to 9 units 12 Equivalents in feet, 1 to 999 units 30 Equivalents in rods, 1 to 9 units 12 Equivalents in yards, 1 to 9 units 12 Legal equivalent in inches 2 Relation to other length units 8 Square:

Definition 3 Equivalents in square feet, 1 to 9 units 12 Equivalents in square yards, 1 to 9 units 12 Relation to other area units 8 Metric standards of length, temperature at which stand- ard 6 Metric system: Abbreviations 6 Legalized 63 Prefixes 1 Statement of legal status 63 Units 1 Use in coinage 63 Use in medical work of War Department 64 Use in medical work of Navy Department 64 Use in Philippine Islands 64 Use in Puerto Rico 64 Use in U. S. Public Health Service 64 Metric ton. (See Ton, metric.) Micron, definition 3 Mile:

Geographical, definition 3 Nautical:

Definition 3 Square:

Definition 4 Equivalents in square kilometers, 1 to 9 units 12 Relation to other area units 8 Statute: Definition 3 Equivalents in kilometers, 1 to 9 units 12 Equivalents in kilometers, 1 to 999 units 32 Relation to other length units 8
68

Page

Milligram:

Definition 5 Relation to other units of mass 10

Milliliter: Definition 5 Equivalent in cubic centimeters 5 Equivalents in apothecaries' drams, 1 to 9 units 13 Equivalents in fluid ounces, 1 to 9 units 13 Relation to other capacity units 8 Millimeter: Cubic, definition 4 Definition 3 Equivalents in inches, 1 to 9 units 12 Equivalents in inches, 1 to 99 units 15 Square, definition 4 Millimicron, definition 3 Minim:

Definition 5 Relation to other capacity units 8 Nautical mile. (See Mile, nautical.) Ounce:

Apothecaries', definition 5 Avoirdupois:

Definition 5 Equivalents in grams, 1 to 9 units 13 Relation to other units of mass 10 Fluid:Definition --- 5 Equivalents in milliliters, 1 to 9 units 13 Relation to other capacity units 8 Troy:

Definition 5 Equivalents in grams, 1 to 9 units 13 Relation to other units of mass --- 10 Peck:

Definition 5 Equivalents in liters, 1 to 9 units 13 Equivalents in dekaliters, 1 to 9 units 13 Relation to other capacity units 10 Volume in cubic inches 5 Pennyweight:

Definition 5 Relation to other units of mass 10 Pint:Dry:

Definition 5 Relation to other capacity units 10 Volume in cubic inches T 5 Liquid:

Definition 5 Equivalents in liters, 1 to 9 units 13 Relation to other capacity units 8 Volume in cubic inches 5 Pitches, screw thread, English and metric Facing 62 Point, definition 3 Post office, equivalent of half ounce in usage 63 Pound:

Apothecaries':

Definition 5 Relation to other units of mass 10 Avoirdupois

:

Definition 5 Equivalents in kilograms, 1 to 9 units 13 Equivalents in kilograms, 1 to 999 units 56 Equivalents in troy pounds, kilograms, short and

long tons, and metric tons, 1 to 9 units 14 Fundamental equivalent 5 Relation to other units of mass.. 10 Troy:

Definition 5 Equivalents in avoirdupois pounds, kilograms,

short and long tons, and metric tons, 1 to 9 units- 14 Relation to other units of mass.. 10 Quart: Dry:

Definition 5 Equivalents in liters, 1 to 9 units 13 Relation to other capacity units 10 Volume in cubic inches 5 Liquid:

Definition 5 Equivalents in liters, 1 to 9 units 13 Equivalents in liters, 1 to 999 units 44 Relation to other capacity units 8 Volume in cubic inches 5

Page

Reduction factors (see also separate tables) i Rod:

Definition 3 Equivalents in meters, 1 to 9 units.. 12 Relation to other length units 8 Rod, square:

Definition 4 Relation to other area units g Screw threads, comparison of pitches, English and

metric Facing 62

Scruple, apothecaries': Definition 5 Relation to other units of mass 10 Short hundredweight. (See Hundredweight, short.) Short ton. (See Ton, short.) Span, definition 3 Spelling of units 6 Square measure:

Abbreviation 6 Units 3 See also under the name of each unit. Standards, metric, furnished to each State 63 Standards of measurement:

Coefficient of expansion 6 Congress has power to fix, in Constitution... 63 Density of, for weights 6 Distinction between, and units 5 Temperature of 6 Status of metric system in United States 63 Statute mile. (See Mile, statute.)

Stere, definition. 4 Tables of equivalents: Method of construction 1 Method of use 1 Tapes:Method of support 6 Temperature at which standard 6 Tension 6 Ton:

Long:

Definition 5 Equivalents in troy and avoirdupois pounds,

kilograms, short tons, and metric tons, 1 to 9 units 14 Relation to other units of mass 10 Short:Definition 5 Equivalents in troy and avoirdupois pounds,

kilograms, long tons, and metric tons, 1 to 9 units 14 Relation to other units of mass 10 Troy units of mass (see also under the name of each unit) - . 5 Units:Abbreviations 6 Definitions 3 Spelling 6 Table of metric 1 Volume:

Abbreviation of units 6 Definition of units 4 Fundamental units 4 Subsidiary units 4 Weights of certain coins in grams 63 Weights: Buoyancy 6 Density 6 Material 6 Weights and Measures, International Bureau 63 Yard:

Cubic:

Definition 4 Equivalents in cubic meters, 1 to 9 units 12 Equivalents in cubic meters, 1 to 999 units 40 Relation to other volume units ... 8

Definition 3 Equivalents in meters, 1 to 9 units 12 Legal equivalents 1 Relation to other length units 8 Square:

Definition 3 Equivalents in square meters, 1 to 9 units 12 Relation to other area units 8 O