Which of the following interpretations of the spontaneous chemical reaction is correct? V + W → Y + Z + heat
A)V is written first because it contains more energy than W, Y, or Z.
B)The entropy on the left of the equation is greater than that on the right.
C)The entropy on the right of the equation is greater than that on the left.
D)Entropy has nothing to do with this chemical equation.

Question

Which of the following interpretations of the spontaneous chemical reaction is correct?  V + W → Y + Z + heat
A)V is written first because it contains more energy than W, Y, or Z.
B)The entropy on the left of the equation is greater than that on the right.
C)The entropy on the right of the equation is greater than that on the left.
D)Entropy has nothing to do with this chemical equation.

Quizplus · Accepted Answer

The release of heat in the reaction V + W → Y + Z + heat indicates that the system is moving towards a state of higher disorder or entropy. This is because the production of heat and additional products typically signifies an increase in the randomness or dispersal of energy in the system, aligning with the second law of thermodynamics. Therefore, the entropy on the right side of the equation (products side) is greater than on the left side (reactants side).

Which of the Following Interpretations of the Spontaneous Chemical Reaction