4 multiple answer 1 point following is the gibbs free energy equation: δg = δh - tδs for an exergonic…

4 multiple answer 1 point following is the gibbs free energy equation: δg = δh - tδs for an exergonic reaction, identify the correct parameters of the variables -δg -δh +δh +δg

4 multiple answer 1 point following is the gibbs free energy equation: δg = δh - tδs for an exergonic reaction, identify the correct parameters of the variables -δg -δh +δh +δg

Answer

Brief Explanations:

An exergonic reaction releases energy. In the Gibbs - Free Energy equation $\Delta G=\Delta H - T\Delta S$, for an exergonic reaction, $\Delta G<0$ (negative $\Delta G$). The sign of $\Delta H$ (enthalpy change) can vary depending on other factors in the reaction. But the key characteristic is the negative free - energy change.

Answer:

-$\Delta G$