The reaction8 CO2(g) + 10 H20(g)2 C4H10(g) + 13 O2(3)has AG° = -5407 kJ. Determine the value of AG°¢ for C4H10(g).Standard Free Energies of Formation of Typical Substancesat 298.15 KTABLE 18.2SubstanceAG(kJ mol-1)SubstanceAG?(kJ mol-1)SubstanceAG?(kJ mol-)CaO(s)-604.2K,SO,6)-1316.4Ag()AgCI()-109.7Ca(OH),()-896.76N(g)-16.7NH3(g)NH.CI()Al()0.00CaSO(6)-1320.3-1435.2- 203.9CaSO H,O()CaSO,2H,0()Al,O,6)-1576.4-1795.7NO(g)+ 86.69C() (graphite)CO()NO,(g)+51.84-137.3-394.4Fe(s)N,0(g)+103.6-50.79Fe,O,(6)-741.0+98.28-58.6H,(g)Na(s)CH,C(CH,OH(/)CO(NH)2()CO(NH),(aq)-166.2H,O(g)-228.6Na,CO,()-1048-197.2H,O()-237.2NaHCO,()-851.9NaCl(s)-384.0HCI(gHNO,(/)-203.8-95.27CH(-79.91NaOH(s)-382+209CH.(+68.12H,SO,(1)-689.9Na,SO()-1266.8-32.9HC,H,0,()-392.5CH,OH()-174.8Hg(/)PbO()-189.3+17.3Hg(g)+31.8S()SO,(g)So,()Ca(s)K()-300.4C2CO,()KCI()-408.3-370.4-1128.8CaCh6)-750.2kJeTextbook and Media

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The reaction 8 CO2(g) + 10 H20(g) 2 C4H10(g) + 13 O2(3) has AG° = -5407 kJ. Determine the value of AG°f for C4H10(g). Standard Free Energies of Formation of Typical Substances at 298.15 K TABLE 18.2 Substance AG (kJ mol-1) Substance AG? (kJ mol-1) Substance AG? (kJ mol-1) Ag() CaO(s) -604.2 K,SO,6) -13164 -109.7 Ca(OH),() -896.76 N(g) -16.7 NH,(g) NH.CI() Al() 0.00 CaSO,6) -1320.3 -1435.2 - 203.9 CaSO H,O() CaSO,2H,0() Al,O,6) -1576.4 + 86.69 NO(g) NO,() N,0(g) C) (graphite) -1795.7 +51.84 CO() -137.3 -394.4 Fe(s) +103.6 CH(g -50.79 Fe,O,(6) -741.0 +98.28 Na(s) H(g) H,0(g) -58.6 CH,C( CH,OH(/) CO(NH)2() CO(NH),(aq) -166.2 -228.6 Na,CO,() -1048 -197.2 H,O() -237.2 NaHCO,() -851.9 NaCl(s) -384.0 HCI(g HNO,() -203.8 -95.27 CH( -79.91 NaOH() -382 +209 +68.12 H,SO,() -689.9 Na,SO,() -1266.8 -32.9 HC,H,0,(1) -392.5 CH,OH(/) Hg(/) PbO() -189.3 -174.8 +17.3 Hg(g) +31.8 Ca(s) K() SO,(g) -300.4 C2CO,() KCI() -408.3 SO,() -370.4 -1128.8 CaC6) -750.2 kJ eTextbook and Media

The reaction 8 CO2(g) + 10 H20(g) 2 C4H10(g) + 13 O2(3) has AG° = -5407 kJ. Determine the value of AG°f for C4H10(g). Standard Free Energies of Formation of Typical Substances at 298.15 K TABLE 18.2 Substance AG (kJ mol-1) Substance AG? (kJ mol-1) Substance AG? (kJ mol-1) Ag() CaO(s) -604.2 K,SO,6) -13164 -109.7 Ca(OH),() -896.76 N(g) -16.7 NH,(g) NH.CI() Al() 0.00 CaSO,6) -1320.3 -1435.2 - 203.9 CaSO H,O() CaSO,2H,0() Al,O,6) -1576.4 + 86.69 NO(g) NO,() N,0(g) C) (graphite) -1795.7 +51.84 CO() -137.3 -394.4 Fe(s) +103.6 CH(g -50.79 Fe,O,(6) -741.0 +98.28 Na(s) H(g) H,0(g) -58.6 CH,C( CH,OH(/) CO(NH)2() CO(NH),(aq) -166.2 -228.6 Na,CO,() -1048 -197.2 H,O() -237.2 NaHCO,() -851.9 NaCl(s) -384.0 HCI(g HNO,() -203.8 -95.27 CH( -79.91 NaOH() -382 +209 +68.12 H,SO,() -689.9 Na,SO,() -1266.8 -32.9 HC,H,0,(1) -392.5 CH,OH(/) Hg(/) PbO() -189.3 -174.8 +17.3 Hg(g) +31.8 Ca(s) K() SO,(g) -300.4 C2CO,() KCI() -408.3 SO,() -370.4 -1128.8 CaC6) -750.2 kJ eTextbook and Media

Chemistry for Engineering Students

4th Edition

ISBN:9781337398909

Author:Lawrence S. Brown, Tom Holme

Publisher:Lawrence S. Brown, Tom Holme

Chapter10: Entropy And The Second Law Of Thermodynamics

Section: Chapter Questions

Problem 10.7PAE: On the basis of your experience, predict which of the following reactions are spontaneous. (a)...

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