Rhocine (Rhx) is important for biological energy. The reaction of rhocine is given by the equation...

  

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Rhocine (Rhx) is important for biological energy. The reaction of rhocine is given by the equation 4Rhx(s) + 9 B(g) → 8C(g) +10 D(1) + F(g) AH°rxn = -3,970 kJ/mol Given that AH°[B(g)] = 95.4 kJ/mol, AH°[C(g)] = -351.6 kJ/mol, AH°[D(g)] = -279.5 kJ/mol, and AH°[F(g)] = -97.8 kJ/mol, calculate the heat of formation of rhocine. Answer= kJ/mol Rhocine (Rhx) is important for biological energy. The reaction of rhocine is given by the equation 4Rhx(s) + 9 B(g) → 8C(g) +10 D(1) + F(g) AH°rxn = -3,970 kJ/mol Given that AH°[B(g)] = 95.4 kJ/mol, AH°[C(g)] = -351.6 kJ/mol, AH°[D(g)] = -279.5 kJ/mol, and AH°[F(g)] = -97.8 kJ/mol, calculate the heat of formation of rhocine. Answer= kJ/mol