1. For the given eqn, ^°U = -10kJ/mil and ^°S = -45 J/mol : 2A(g) + B(g)2C(g) Then what is the ^°G? I) -11.5 kJ II) -344 kJ III) 0. IV) -2.8 kJ 2. Heat of sublimation of Na is x J Ionisation energy of Na is y J Bond dissociation energy of Cl2 is aJ e gain enthalpy of Cl is -b J Enthalpy of formation of NaCl is -c J Then what is the lattice energy of NaCl(s) ?

1. For the given eqn, ^°U = -10kJ/mil and ^°S = -45 J/mol : 2A(g) +

1.	1. For the given eqn, ^°U = -10kJ/mil and ^°S = -45 J/mol : 2A(g) + B(g)2C(g) Then what is the ^°G? I) -11.5 kJ II) -344 kJ III) 0. IV) -2.8 kJ 2. Heat of sublimation of Na is x J Ionisation energy of Na is y J Bond dissociation energy of Cl2 is aJ e gain enthalpy of Cl is -b J Enthalpy of formation of NaCl is -c J Then what is the lattice energy of NaCl(s) ?
Answer» 1. For the given eqn, ^°U = -10kJ/mil and ^°S = -45 J/mol : 2A(g) + B(g)2C(g) Then what is the ^°G? I) -11.5 kJ II) -344 kJ III) 0. IV) -2.8 kJ 2. Heat of sublimation of Na is x J Ionisation energy of Na is y J Bond dissociation energy of Cl2 is aJ e gain enthalpy of Cl is -b J Enthalpy of formation of NaCl is -c J Then what is the lattice energy of NaCl(s) ?