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Information from the appendix is attached:
5. (20 pts) Consider the following reaction OF2(g) + H2O(g) ---> 2 HF(g) + O2(g) AH (kJ/mole) = -318 kJ/mole (a) Using this i
Appendix 2 Substance AH (kJ/mol AG; (kJ/mol) S W/mol) -6763 -691.1 -699.7 1153 873 105.4 -528.1 -587.1 -623.2 65.1 1510 63.6
Apendix 2 AH (kJ/mol Substance AG /mol) SUK-mo -849 R RCM) RO) RO. FOH: -87.86 -47.7 -100 -272.0 -8222 -568.19 -824.25 218.2
Appendix 2 SK-mol 4G (J/mol Substance AMG (kJ/mol -2188 5209 -223.4 4661 531 1915 245.18 1930 - -315.39 - 365.6 - 16.6 -795 -
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Page Given chemical seactin 2 HF t ga) 318kmal SHn Apn-dut) OH(eatant Data -271 6 kMol AHF(MEL9) AH (OfL a) 241 8 KJMd AMT (H2 MF)t() sM-3125 OF ) Hogy edasmass 16 t 19x2 Ma 543 Maks 3ren 157 Meles 1S 0-278 O.555 molus ot oF s lass tthan melis owalaDate Page Heat releared -318X1S 24 =198 75KJ densty of Ho H20 Cup Cup 2 V= 74.6me V= 102.0 ml l022 mass- 74.63 13 Sc mass = umsT-T msT-T2) m.tTT)m,F S02 X(8/.8 -T)=74.6 T-13 S 74.6T974.6% 13-5 Ju2 Y 8/ 8 102 T /02 x81-8 + 74.6713. S TE 74.6 t1D 2 935

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