5. How does the Gibbs free energy in each of the two reactions change if the temperature were raised to normal body temperature (98.6 °F = 37.0°C)? Give your answers to the nearest tenth. Reaction #1 Reaction #2 The reaction occurs at _____ °C, the The reaction occurs at _____ °C, the change in enthalpy change in enthalpy (H) = 19,070 cal, and the (H) = 4103 cal, and the change in entropy change in entropy (S) = 90 cal/K. (S) = 2.4 cal/K. Does an increase in reaction temperature make each of these reactions more or less likely to occur 6. spontaneously? Explain your answer.
5. How does the Gibbs free energy in each of the two reactions change if the temperature were raised to normal body temperature (98.6 °F = 37.0°C)? Give your answers to the nearest tenth. Reaction #1 Reaction #2 The reaction occurs at _____ °C, the change in enthalpy The reaction occurs at _____ °C, the change in enthalpy (H) = 19,070 cal, and the change in entropy (H) = 4103 cal, and the change in entropy (S) = 90 cal/K. (S) = 2.4 cal/K. 6. Does an increase in reaction temperature make each of these reactions more or less likely to occur spontaneously? Explain your answer.
gibbs_free_energy_practice_problems.docx