The reaction8 CO2(3) + 10 H2O(g)2 C,H10(9) + 13 O2ls -has AG° = -5407 kJ. Determine the value of AG°; for C4H10(g).Standard Free Energies of Formation of Typical SubstancesTABLE 18.2 at 298.15 KSubstanceSubstanceSubstanceAG?(kJ mol)AG?(kJ mol-')AG(kJ mol-)Ag()CaOG)-604.2K,SO,G)-13164AgC6)-109.7Ca(OH),()-896.76 N2(g)Al()0.00CaSO,()-1320.3NH,(g)-16.7CaSO H,O6)CaSO,2H,06G)Al,O,)-1576.4-1435.2NH,CI()- 203.9CG) (graphite)NO()-1795.7+ 86.69NO,()N,0)N,0,()-137.3+51.84-394.4Fe()+103.6CH(gCH,C(CH,OH(/)Fe,O,6)H(g)H,O()-50.79-741.0+98.28-58.6Na()-166.2-228.6Na,CO,()-1048CO(NH,)()-197.2H,0()-237.2NaHCO,()-851.9-203.8HCI(-95.27NaCI6)-384.0CH,(CH(CH(CH,OH(/)+209HNO,(4)-79.91NAOH()-382+68.12HSO()-689.9Na,SO,()-1266.8HC,H,0,()Hg(/)-32.9-392.5-174.8PbO()-189.3CHu)+17.3Hg(g)+31.8SG)Ca()K)-300.4CaC0,()-1128.8KCI()-408.3SO,()-370.4CaC,()-750.2kJ Choose the value of K, for the reaction at 25 °C.O K= 6.24-10947O K, = 4.45-1023O K, = 6.27-10-8O Kp= 947!!

The change in the Gibbs free energy obeys Hess's Law as Gibbs free energy is a state function and…

The reaction 2 CAH10(3) + 13 O2l3)* has AG° = -5407 kJ. Determine the value of AG°, for C4H10lg). 8 CO2(g) + 10 H2O(3) Standard Free Energies of Formation of Typical Substances TABLE 18.2 at 298.15 K Substance Substance Substance AG? (kJ mol) AG? (kJ mol-') AG (kJ mol-) Ag() Aga) CaOG) -604.2 K,SO,G) -13164 -109.7 Ca(OH),) CaSO6) -896.76 N,(g) Al() NH,(g) 0.00 -1320.3 -16.7 -1576.4 -1435.2 NH,CI() - 203.9 C) (graphite) NO( NO,() N,O) N,O,() CaSO,2H,0G) -1795.7 + 86.69 -137.3 +51.84 -394.4 Fe() +103.6 CH -50.79 Fe,O,6) -741.0 +98.28 CH,A CH,OH(/) CO(NH)() -58.6 Na() Na,CO,() NAHCO,) -228.6 H,O) H,O() -166.2 -1048 -197.2 -237.2 -851.9 CO(NH,),(aq) C,H,( CH.( CH( -203.8 -95.27 NaCIG) -384.0 HNO,) H,SO() +209 -79.91 NAOH() -382 +68.12 -689.9 Na,SO,) -1266.8 HC,H,O,() Hg(/) Hg(g K) -32.9 -392.5 CH,OH(/) -174.8 PbO() -189.3 CHu() +17.3 +31.8 Ca() -300.4

The reaction 2 CAH10(3) + 13 O2l3)* has AG° = -5407 kJ. Determine the value of AG°, for C4H10lg). 8 CO2(g) + 10 H2O(3) Standard Free Energies of Formation of Typical Substances TABLE 18.2 at 298.15 K Substance Substance Substance AG? (kJ mol) AG? (kJ mol-') AG (kJ mol-) Ag() Aga) CaOG) -604.2 K,SO,G) -13164 -109.7 Ca(OH),) CaSO6) -896.76 N,(g) Al() NH,(g) 0.00 -1320.3 -16.7 -1576.4 -1435.2 NH,CI() - 203.9 C) (graphite) NO( NO,() N,O) N,O,() CaSO,2H,0G) -1795.7 + 86.69 -137.3 +51.84 -394.4 Fe() +103.6 CH -50.79 Fe,O,6) -741.0 +98.28 CH,A CH,OH(/) CO(NH)() -58.6 Na() Na,CO,() NAHCO,) -228.6 H,O) H,O() -166.2 -1048 -197.2 -237.2 -851.9 CO(NH,),(aq) C,H,( CH.( CH( -203.8 -95.27 NaCIG) -384.0 HNO,) H,SO() +209 -79.91 NAOH() -382 +68.12 -689.9 Na,SO,) -1266.8 HC,H,O,() Hg(/) Hg(g K) -32.9 -392.5 CH,OH(/) -174.8 PbO() -189.3 CHu() +17.3 +31.8 Ca() -300.4

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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