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.W " Dover, Ohio 44622 " (33o) 343-7711 " 1-80a321-8805 " Fax: (330) 3G4-9828

, February 20, 2012 Document Control Office (DCO) (7407M) Office of Pollution Control and Toxics (OPPT) U .S. Environmental Protection Agency (EPA) 1200 Pennsylvania Ave NW Washington, D

.C. 20460 Attn: 40 CFR 799.5089 (Docket # EPA-HQ-OPPT-2009-0112) Re: Notice of Proposed Test Plan Dear Sir or Madam

: Dover Chemical Corporation has committed to respond to this notification for the hazard assessment and this letter serves as a proposed test plan under the above TSCA Section 4 Test Rule covering CAS # 72162-15-3 (1-Decene, sulfurized)

. The attached summary shows data availability and proposed testing on 1-Decene, sulfurized and is committed to respond if approved. Please consider our detailed summary and reasoning for our proposed testing. If you have any question, please contact me at 330-365-3610 . Sincerely, TimNowicki Manager Product Compliance Dover Chemical Corporation tnowicki@doverchem

.com 

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CONTAINS NO CBIDover Chemical Corporation - HPVAdditional Testing

February 20, 2012 

### TSCA 4 issue on Sulfurized. 1-Decene, The US EPA has promulgated (effective November 21, 2011) a test rule under TSCA 4 for the chemical 1-Decene, sulfurized (CAS #72162-15-3) . Dover Chemical Corporation has committed to respond to this notification for the hazard assessment . The chemical was originally entered into the EPA's HPV Challenge program in the Group 1 Alkyl Sulfides class, but was withdrawn fromthe ACC's HERTG's efforts before completion of its HPV efforts . A final submission on alkyl sulfides related to sulfurized, 1-Decene was submitted to the Agency on May 18, 2005. This report provides substantial information relevant to completion of the hazard characterization of this chemical . The EPA has specified various testing needs for this chemical as follows : PhvsicabChemical Elements 1) Boiling point 2) Vapor pressure 3) Partition coefficient 4) Water solubility Environmental Fate and Pathwav s Elements 1) Biodegradation Ecotoxicitv Elements 2) Chronic daphnia 3) Algal Health Elements 1) Acute toxicity (up-down) 2) Bacterial reverse mutation - Ames 3) Genetic toxicity in vivo (chromosomal aberrations) 4) Combined repeated dose with developmental toxicity/teratogenicity screen 

### Composition of Sulfurized . 1-Dece ne Product This substance is manufactured by reacting molten sulfur with 1-decene . The decene feedstock is a mono-unsaturated highly branched C10 hydrocarbon . The reaction product consists of multiple sulfurated alkane and alkene components with the lowest plausible molecular weight member (with possibly higher biological reactivity) being the decyl decenyl monosulfide compound with MW = 312 . Higher molecular weight constituents contain multiple sulfur atoms Page 1 of 10Dover Chemical Corporation - HPV Additional Testing

February 20, 2012 

### with decyl oligomers, many resulting in chemical entities with molecular weights exceeding 1000. Gel permeation chromatographic analysis has been performed on this product . It shows the weight fraction above 1000 MW is 82.4% while the weight fraction below500 MW is 3.8% . The Weight Average (Mw) for the substance = 1332 and the Number Average (Mn) = 560 . The high molecular weight constituents contain sequences of 1-6 or more sulfur atoms at multiple locations within the constituents' structures . Overall, this product is one, that by virtue of its composition being primarily chemical entities >500 molecular weight, will possess diminished likelihood that elevated bioavailability and toxicity will be characteristics of this substance. QSAR data for plausible structures of lower molecular weight decyl sulfides were developed using the EpiSuite models . Structural homologs varied according to sulfur content, branching and cyclicity. Findings for important endpoints are presented below : Chemical BP Water log Algal Chronic Biodegradation (SMILES) MW (C) sol Kow EC50 Daphnid Biowin 2 8 3 m L m L ChVm/L ccccccccc(c) scc=cccccccc 312 1364 8 x 10" 9 .5 0 .00133'` 4.1x10" 0 .905 & 3.1 wks Monosulfide n-alk

y l ccccccccc(c) scc=cccccccc 312 1 320 3 x 10- 9 .4 0 .0015* 4.9 x10" 0 .0014 & 1 .9 mo Monosulride, branched ccccccccc(c) sscc=cccccccc 345 1 397 8 x 10 10.4 0 .00037* 8.9 x 10

-6 * 0 .858 & 3 .0 wks Disulfide n-alk yl -- - ccccccccc(c) ssscc=cccccccc 376 1 431 TX 1 0 -u 10.4 0

.00040' 9

.7 x 10-6 * 0 .793 8 2 .9 wks TrisulRde n-alky

l ccccccccc(Csss sssCC=CCCCCcCC 473 I 531 5x10 10 .4 0 .00040* 1 .2 x10" 0 .495 &2.7 wks Hexasuffide n-alkyl CCCCCCCCCC1SCC (sci)CCCCCCCC 1AR

15 400 5 x 10-5 9 .1 0 .003* 8 x

~10- 0

.858 & 3.0 wks

; Disufflde, cyclic C ccccccccclsscc (ssc1)CcCCCCCC 409 466 11 .0 0 . 000 19* 3.§ x

~10 0.709 & 2.9 wks Tetrasutride, cyclic 1 1 * Chemical solubility is below these estimated toxic concentrations, and thus, chemical unlikely to be toxic even at saturated levels in aquatic environments. The results above indicate most importantly the extremely low water solubilities for all structures within a wide range of molecular weights . This is in concert with findings that all exhibit partition coefficients in excess of 6 .0. Aquatic toxicity estimates indicate that for the 2 species (algae and daphnia), actual toxicities are not likely to be observed due to the extremely lowlimits for water solubilities of these substances . Biodegradation estimates show some prospect Page 2 of 10Dover Chemical Corporation - HPVAdditional Testing

February 20, 2012 

### for this activity in microbial environments except for the branched compound which best represents the subject chemical . Low potential for biodegradation (driven by alkyl branching) often parallels fact that such substances are less likely to be metabolized in animal models, lowering possibility of bioactivation by metabolic means . Given the lack of reactive functional groups in alkyl sulfides plus the high degree of branching that exists on alkyl groups, these substances exhibit low

potentials for biological activities including toxicity . Application of HPV Alkvl Sulfide Data t o Sulfurized, 1-Decene The subject chemical sulfurized, 1-decene (CAS 72162-15-3) was withdrawn fromthe ACC's HPV project on alkyl sulfides that was completed and reported to the Agency on May 18, 2005. The report, however, does contain data relevant to the assessment of sulfurized, 1-decene given the numerous similarities in structures and composition of those products . The tables below present summaries of data on structurally-related alkyl sulfides along with endpoint estimates for the TSCA 4 chemical . The relevance of these data to this chemical lies in the fact that : " All are primarily composed of highly branched alkanes, " Most exhibit mean molecular weights above 400, " They lack reactive functional groups, and " Members of this chemical group share high boiling points/lowvolatility, low water solubility, and high partition coefficients . The sulfurized 1-decene chemical has its most closely-related substances as #2  belowderived from C8 and C15-18 alkenes, respectively .

Page 3 of 10Dover Chemical Corporation - HPV Additional Testing

February 20, 2012



### TABLE 1 . Estimated Physicochemical Properties of Structurally-Related Alkyl Sulfides and Estimate for Sulf urized, 1-decene Molecular Boiling Water Vapor Partition CHEMICAL Weight Point Solubility Pressure Coefficient

mean m L Pa lo Kow #1 160-1600 ; Decomp. 1 .29 <1 x 10- >6.0 1-Propene, 2- (480) >200 C methyl-, sulfurized #2 594-658 Decomp. 2 .35 x 10-6 °' <1 x 10" >6.0 Pentene, 2,4,4- >200 C trimeth I-sulfurized #3 520 Decomp. 1 .59 x 10- `" <1 x 10" >6.0 Alkenes, C15-18, >200 C al pha, sulfurized 1-Decene, Mn = 560 Decomp. <2 .0 x 10- <1 x 10 >6.0 sulfurized Mw = 1332 >300 C <500 Mw

= 3 .8% Rationale for 1- GPC Bridging from Bridging from Bridging Bridging from Decene, sulfurized assessment Chemicals Chemicals Chemicals Chemicals values (report #1 - 3 plus #2 - 3 plus #1- 3 plus #1 - 3 plus attached modeling * Modeling * modeling* modelin g* * EpiSuite modeling of a sulfurized, 1-decene dimer which is lowMW entity in this reaction product. SMILES formula CCCCCCCCC(C)SSSCC=CCCCCCCC m - modeled data 

### The above projected values for the subject chemical appear to be reliable estimates given the outcomes for these related compounds with the exception of water solubility for #1 . Modeling would project a much lower value that what was reported for this substance.

Page 4 of 10Dover Chemical Corporation - HPVAdditional Testing

February 20, 2012 

### TABLE 2. Environmental Fate of Structurally-Related Alkyl Sulfides and Estimate for Sulfu_rized, 1-decene Biodegradability Hydrolysis CHEMICAL #1 0

.3%biodegraded after 28 Not applicable 1-Propene, 2- days methyl-, sulfurized 1-Decene, Not biodegradable Not applicable sulfurized Rationale for Bridging from chemical #1 plus Chemicals contain no hydrolyzable functions 1-Decene, modeling* . Fact that highly sulfurized branched alkanes tend to be value non-biodegradable * EpiSuite modeling of sulfurized,1-decene dimer which is low MW entity in this reaction product . SMILES formula CCCCCCCCC(C)SSSCC=CCCCCCCC 

### All indications are the TSCA 4 compound would not biodegrade due to results from#1 chemical . This is supported by lowpotential estimated by BIOWWIN modeling of the above structure . In addition, the extremely lowwater solubility of the compound would prevent evidence of significant degradation in standard lab assays . TABLE 3. Ecological Toxicity Structurally-Related Alkyl Sulfides and Estimate for Sulfurized. 1-decene

Acute Toxicity Acute Fish Acute Daphnia Chronic CHEMICAL in Al g ae Da p hnia #1 EC50 >100 >1000 mg/L, >1000 mg/L, None 1-Propene, 2- mg/L, WAF 96 WAF 96 hr WAF method methyl-, hr method sulfurized 1-Decene, >100 mg/L Negligible Negligible 2.2 x 10" sulfurized toxicity toxicity mg/L Rationale for 1- Bridged from Bridged from Bridged from Modeling' Decene, Chemical #1 plus Chemical #1 plus Chemical #1 plus (indicates sulfurized value modeling* modeling" modeling* toxicity below

(indicates toxicity (indicates toxicity (indicates toxicity solubility limit) below solubility below

solubility below

solubility limit limit limit * ECOSAR modeling of sulfurized, 1-decene dimer which is lowMW entity in this reaction product . SMILES formula CCCCCCCCC(C)SSSCC=CCCCCCCC

Page 5 of 10Dover Chemical Corporation - HPVAdditional Testing

February 20, 2012 

### All results on similar alkyl sulfides point to lack of aquatic toxicities to several species under conditions that employ means to achieve maximal aquatic chemical concentrations . This is further supported by modeling results that indicate toxicities may occur at aquatic levels only in excess of the chemical's solubility limit . TABLE 4 Acute Toxicities of Structurally-Related Alkyl Sulfides and Estimate for Sulfurized . 1-decene

CHEMICAL Acute Toxicities #1 Oral LD50 >5000 mg/kg (rat) 1-Pro ene, 2-meth I-, sulfurized Inhalation LC50 >0.39 m/L rat

_ #2 Oral LD50 >5000 mg/kg (rat) Pentene, 2,4,4-trimethyl-sulfurized Dermal LD50 >2000 mg/kg (rabbit) 3 inhalation tests - LC50 >4.3 mg/L rats, mice, guinea pi as #3 Dermal LD50 >2000 mg/kg (rabbit) Alkenes, C15-18, al pha, sulfurized 1-Decene sulfurized Very low Rationale for 1-Decene, sulfurized value Bridging from Chemicals #1-3 I 

### Empirical information on the 3 related chemicals demonstrate lowtoxic potentials by all routes of administration . This is consistent with findings for high molecular weight alkyl compounds lacking reactive functional groups .

Page 6 of 10Dover Chemical Corporation - HPVAdditional Testing

February 20, 2012 

### TABLE 5 Regeated Dose and Reproductive/Developmental Toxicities of Structural lv-Relat ed Alkyl Sulfides and Estimate for Sulfurized, 1-decene CHEMICAL Repeated Dose Toxicity Reprod/ Devel . Toxici ty #1 Study 1 None 1-Propene, 2- 13-wk dermal (rat), doses 10 - 2000 mg/kg-day . methyl-, LOEL = 250 mg/kg for dec . body wt, dec. RBCs, sulfurized incr . neutrophils, spleen size with pigmentation,

incr . WBC production in spleen and bone marrow, NOEL = 50 mg/kg (systemic) with 10% dermal irrritation . Study 2 28-day dermal (rabbit), doses 200 or 2000 mg/kg-day (intact & abraided skin) . _>200 mg/kg - severe skin irritation, 2000 mg/kg - decr . Body wt and food consumption. NOEL <200 mg/kg Study 3 21-day dermal (rabbit) . 140, 560, 2240 mg/kgday . >140 mg/kg - severe erythema, slight/moderate edema, epithelial hyperplasia in all animals NOEL <140 m

g /kg. #2 Study 1 None Pentene, 28-day inhalation (rat) 15, 50, 150 mg/m3 . Trend 2,4,4-trimethyl- toward decr . body wt gains at _>15 mg/m3 . Incr . sulfurized kidney wts (males) with hyaline droplet formation

in proximal tubules, increased liver wts (highdose male &females, mid-dose males) ; 150 mg/m3- decr . hemoglobin concentration. NOEL <15 mg/m3 Study 2 28-day dermal (rat) 1000 mg/kg-day. Irritating to skin with erythema, mild multifocal eschar and mild hemorrhage in underlying dermis . NOEL <1000 m g /kg 1-Decene, Very lowpotential for repeated dose toxicities . Low potential for sulfurized reproductive, or developmental effects Rationale for Bridging fromChemicals #1 8 2, fact that this Same as repeated 1-Decene, chemical class has high molecular weights, and dose toxicity sulfurized exhibit negligible effects in other toxicity tests rationale value ( e. g., acute toxici ty , genetic, and aquatic testing) Toxicity exhibited in these repeat dosing tests following dermal exposures indicate skin irritation effects in rats and rabbits. Some evidence of systemic effects (blood, splenic parameters) was observed in one study. Inhalation Page 7 of 10Dover Chemical Corporation - HPVAdditional Testing

February 20, 2012 

### exposure (#2) induced evidence of kidney lesions in male rats (hyaline droplets) which are considered not relevant to human health . Application of these data to project potential effects associated with the subject chemical results in conclusion that (a) the systemic effects are mild and likely reversible, and (b) suggest sulfurized, 1-decene is irritating to the dermal surface of rodents and rabbits . These findings are consistent with expected results from high exposures to higher alkanes and other lowreactivity substances following high exposures . TABLE 6 . Genetic Toxicity Properties of Structurally-Related Alkyl Sulfides and Estimate for Sulfuriz ed, 1-decene Gene Mutations In Vitro Chromosomal In Vivo Chromosomal CHEMICAL bacterial Aberration Aberration

_ #1 Negative +l- S9 - Negative - chromosomal 1-Propene, 2-methyl-, aberrations (mouse) sulfurized Negative micronucleus rat #2 Negative +/- S9 - Negative - chromosomal Pentene, 2,4,4- aberrations (mouse) trimeth I-sulfurized

#3 Negative +/- S9 - Negative - chromosomal Alkenes, C15-18, aberrations; test alpha, sulfurized conducted on C12-16 analog 1-Decene, sulfurized Negative Negative Neg ative Rationale for 1- Bridging from Bridging from in vivo Bridging from Chemicals Decene, sulfurized Chemicals #1 - 3 results on Chemicals #1 - 3 value #1 - 3 

### Three chemically-related substances were subjected to both Ames and in vivo chromosomal aberration testing, and none showed evidence of either mutagenic or clastogenic activity . These data plus the absence of reactive functional groups on this chemical argues convincingly against a genotoxic potential for sulfurized, 1-decene . Sum ma r c The subject chemical, sulfurized, 1-decene, has been characterized by GPC, and shown to be primarily composed of higher molecular weight (Mw = 1332, Mn = 560) constituents . 96+%of the product by weight has molecular weight >500

. This chemical composition in addition to (a) data developed for related chemicals from the HPV reporting of Alkyl Sulfides, (b) a significant body Page 8of 10Dover Chemical Corporation - HPV Additional Testing

February 20, 2012 

### of information from QSAR modeling of lower molecular weight structures suggesting negligible potential for aquatic toxicity or biodegradation, and (c) knowledge that the alkyl groups in this product are highly branched (diminished potential for biodegradation or bioactivation), all contribute to conclusion that this product has low-level biological reactivity of any kind . This outcome suggests development of significant amount of new data for this chemical is not warranted . Belowis a table with a proposal for the status of current information on this chemical as well as indications for new testing . Table 7. Data Availability and Proposed Testing for 1-Decene . Sulfurized Boiling Vapor Part . Water Biodeg . Chronic Algal Acute Ames Chrom Rep. Point Pres . Coef. Sol . Daphnia Oral Ab. Dose/ReproDevelo . B, C B, C B, C B, C, B, C, C, NA B, C, B, T B B B T NA NA B - bridging C - computerized QSAR modeling NA - Not applicable based upon physiochemical properties of substance, primarily low water solubility which makes certain tests not feasible T - testing to be performed 

### Overall, the need for test data development appears to be very limited for the TSCA chemical based upon: Evidence of lowbiological activity for related compounds fromtests assessing acute toxicity, aquatic effects in multiple species, and genetic endpoints, The higher molecular weights for this and the related chemicals indicate a position that projects lowpotential for adverse biological activities, QSAR results also provide support to indicate lowwater solubility limits with low aquatic dispersal, resulting in diminished toxic potential to aquatic species . In order to provide data on this specific chemical, Dover agrees to conduct the following tests . " Water solubility o New data can be used to characterize this endpoint for sulfurized, 1- decene which has not previously been determined . Results will likely verify the product exhibits negligible solubility, negating need for further testing for aquatic toxicity,

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February 20, 2012 

### " Acute oral toxicity (up-and-down test - rat) o Data to assess mammalian toxicity at high dose levels . Absence of toxicity would indicate substance lacks biological reactivity, thus providing evidence of minimal concern for repeated dose or reproductive/developmental activity for the substance.

Page 10 of 10Software Version :< 6 .2 > Sample Name . Operatorunanager Injection Time . Sample Number : Study . Report Printed :2115R012 3:05:34 PM Interface Serialf :6058250939 Raw File :C

:IPENEXEITCWSIVER63.11SEQUENCES\312FEB1B020 .RAW Result File :C

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" 1PENE3CEkTCWSkVER6.3 .11DATAIINSTRUMENT3UvIETHODEA8609.SEC' Created :07l30I10 06:16:32 PM Modified :02115/12 02:53:29 PM (n - 1) Average . 153 Z Average (Mz) . 2056 Number Average (Mn) . 560 (Z + 1) Average . 2713 Weight Average (Mw) . 1332 PolyDispersily (MwJMn) : 2 .381 Total Area : 1 .0873485e+007 (microvolt seconds) Page 1 of 2

Peak Molecular Weight Report Peak Component RT Area %Area PMwt Mw Mn Mw/Mn StartMw EndMw 1 22 .510 3632492 .6 33 .407 1680.3 2444.1 2240 .0 1 .0911 9202 .1 1558 .1 2 22 .852 16331% .7 15 .020 1369.6 1353 .6 1344 .1 1 .0071 1558 .1 1157 .8 3 23 .382 1774949.0 16.324 997.4 980.1 970 .2 1 .0103 1157 .8 788 .9 4 24.124 1849206.0 17 .007 639 .9 628 .8 618.1 1 .0174 788.9 425.8 5 25 .347 1569009 .7 14 .430 308.0 297 .9 288 .4 1 .0331 425 .8 97 .7 6 27 .838 414631 .4 3 .813 69.4 66.6 65.5 1 .0174 93 .9 39.4 Above - Below

Report Mw Area Area°/b Mw% Mn% Fraction Above Mw 1000.0 6 .0614843e+006 55 .746 82 .433 18 .428 Fraction BelowMw 500 .0 2 .1046830e+006 19.356 3 .810 61 .917 Time Slice Report Number of area slices per entry : 17 Seconds per slice - 1 .000 Slice End Slice Avg Area Cum Area Wt Cum

Wt Number Cum

Number No Time MoIWt Mo1Wt % 0,6 % yb 1 15 .000 1 .4998e+005 1 .6324e+005 0.0 0.000 0.000 0 .000 0.000 0.000 2 15 .283 1 .2660e+005 1 .3780e+005 0.0 0.000 0.000 0 .000 0.000 0.000 3 15 .567 1 .0687e+005 1 .1632e+005 0.0 0.000 0 .000 0 .000 0.000 0.000 4 15 .850 9.0210e+004 9.8186e+004 0.0 0.000 0 .000 0 .000 0.000 0.000 5 16.133 7 .6148e+004 8.2881e+004 0.0 0.000 0 .000 0 .000 0.000 0.000 6 16.417 6 .4278e+004 6.9962e+004 0.0 0.000 0 .000 0.000 0.000 0.000 7 16.700 5 .4259e{-004 5 .9056e+004 0.0 0 .000 0.000 0.000 0.000 0.000 8 16.983 4 .5801e+004 4 .9851e+004 0 .0 0 .000 0.000 0.000 0.000 0.000 9 17 .267 3 .8662e+004 4 .2080e+004 0 .0 0 .000 0.000 0.000 0.000 0.000 10 17 .550 3 .2635e+004 3 .5521e-}004 0.0 0 .000 0.000 0.000 0.000 0 .000 11 17 .833 2 .7548e+004 2 .9984e+004 0.0 0 .000 0.000 0.000 0.000 0 .000 12 18 .117 2 .3254e+004 2 .5310e+004 0 .0 0 .000 0.000 0.000 0.000 0 .000 13 18 .400 1 .9629e+004 2 .1365e+004 0 .0 0 .000 0.000 0.000 0.000 0.000 14 18 .683 1 .6569e+004 1 .8034e+004 0 .0 0 .000 0.000 0.000 0.000 0 .000 15 18 .967 1 .3987e+004 1 .5223e+004 0 .0 0 .000 0.000 0.000 0.000 0 .000 16 19 .250 1 .1806e+004 1 .2850e+004 0 .0 0 .000 0.000 0.000 0 .000 0 .000 17 19 .533 9.9660e+003 1 .0847e+004 0 .0 0 .000 0.000 0.000 0 .000 0.000 18 19 .817 8 .4125e+003 9 .1564e+003 330 .9 0 .003 0.003 0.003 0 .000 0 .000 19 20 .100 7 .1012e+003 7 .7291e+003 2432 .0 0 .025 0.022 0 .025 0 .002 0 .002 20 20 .383 5 .9943e+003 6 .5243e+003 9379.9 0.112 0.086 0.112 0 .008 0.009 21 20 .667 5 .0599e+003 5 .5073e+003 32890.7 0.414 0.302 0.414 0 .031 0.041 22 20.950 4.2712e+003 4 .6489e+003 96302.5 1 .300 0.886 1 .300 0.108 0.149 23 21 .233 3 .6054e+003 3 .9242ea-003 209041 .4 3 .222 1 .922 3 .222 0.277 0.426 24 21 .517 3 .0434e+003 3 .3125e+003 346380.2 6.408 3 .186 6 .408 0.542 0.968211512012 3.05:34 PM Result : C :1PanExelTcW51Ver6

.3 .11DataUnslrument31EA8609 MB1540 .rst 25 21 .800 2 .5690e+003 2.7962e+003 499575 .1 11 .002 4 .594 11 .002 0

.925 1 .893 26 22.083 2 .16860003 23603e+003 684329.4 17 .2% 6.294 17296 1 .500 3 .392 27 22.367 1 .8305e+003 1 .9924e+003 853773 .7 25 .148 7.852 25.148 2 .213 5 .605 28 22.650 1 .54520003 1 .6818e+003 944460.6 33 .834 8.686 33.834 2 .894 8 .499 29 22.933 1 .3043e+003 1 .4197e+003 975317 .9 42.803 8.970 42.803 3 .542 12 .042 30 23.217 1 .10100003 1 .19840003 853915.2 50.657 7.853 50.657 3 .662 15 .704 31 23.500 9.2939e+002 1 .0116e+003 948578.6 59.380 8.724 59.380 4 .836 20.540 32 23.783 7.8452e+002 8 .5389e+002 597780.9 64.878 5 .498 64 .878 3 .565 24.105 33 24.067 6.6223r+002 7.2078e+002 637335.8 70.739 5 .861 70.739 4 .612 28.716 34 24.350 5.5900e+002 6 .0843c+002 829477 .6 78368 7 .628 78 .368 6.978 35 .695 35 24 .633 4.7187e+002 5 .1359e+002 310657 .9 81 .225 2 .857 81 .225 3 .056 38.750 36 24 .917 3.9831e+002 4 .3353e+002 91794.3 82.069 0 .844 82 .069 1 .086 39.836 37 25200 3.3622e+002 3 .6595&+002 303926.6 84 .864 2 .795 84 .864 4.373 44.210 38 25 .483 2.8381e+002 3 .0891e+002 657831 .9 90.914 6 .050 90.914 10.978 55.187 39 25 .767 2.3957e+002 2.6076e+002 383330.8 94.439 3 .525 94.439 7.466 62 .653 40 26.050 2.0223e+002 2.2011e+002 129842 .1 95 .633 1 .194 95 .633 2.995 65 .648 41 26.333 1 .7071a+002 1 .8580e+002 42696.0 96.026 0393 96.026 1 .165 66.813 42 26.617 1 .4410e+002 1 .5684s+002 13078 .8 96.146 0 .120 96.146 0

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