Starting with the standard free energies of formation from the following table, calculate the values of ΔG° and E°cell of the following reactions.   Substance ΔG°f (kJ/mol) FeO(s) -255.2 H2(g) 0 Fe(s) 0 H2O(l) -237.2 Pb(s) 0 O2(g) 0 H2SO4(aq) -744.5 PbSO4(s) -813.0   a) FeO(s)+H2​(g) --> Fe(s)+H2​O(l) ΔG° =     kJ      b) FeO(s)+H2(g)-->Fe(s)+H2​O(l)  E°cell =     V      c) 2Pb(s)+O2​(g)+2H2​SO4​(aq)-->2PbSO4​(s)+2H2​O(l) ΔG° =     kJ     d) 2Pb(s)+O2​(g)+2H2​SO4​(aq)-->2PbSO4​(s)+2H2​O(l)   E°cell =     V

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Starting with the standard free energies of formation from the following table, calculate the values of ΔG° and cell of the following reactions.
 

Substance ΔG°f (kJ/mol)
FeO(s) -255.2
H2(g) 0
Fe(s) 0
H2O(l) -237.2
Pb(s) 0
O2(g) 0
H2SO4(aq) -744.5
PbSO4(s) -813.0
 
a) FeO(s)+H2​(g) --> Fe(s)+H2​O(l)
ΔG° =     kJ   
 
b) FeO(s)+H2(g)-->Fe(s)+H2​O(l)
 E°cell =     V   
 
c) 2Pb(s)+O2​(g)+2H2​SO4​(aq)-->2PbSO4​(s)+2H2​O(l)
ΔG° =     kJ  
 
d) 2Pb(s)+O2​(g)+2H2​SO4​(aq)-->2PbSO4​(s)+2H2​O(l)
  cell =     V   
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