If entropy increases and enthalpy and temperature remain constant, the Gibbs free energy
Group of answer choices
A. decreases
B. increases
C. entropy has no effect

A. decreases

Explanation:

The equation for the change in free energy is dG = dH - TdS. Where H is the enthalpy, S is the entropy and T is the Kelvin temperature. Since the change in G depends on minus T times the change in S, if the entropy decreases (that means dS is negative) then -TdS is positive. Hence, when the temperature increases the numeric value of the free energy becomes larger.  Just the opposite is true if the entropy increases. In this case dS will be positive and -TdS becomes more negative when the temperature goes up. So the numeric value of the free energy becomes smaller.

they are all solids.