If a chemical reaction has a negative change in entropy then Select one: a. the reaction is endothermic b. the reaction is spontaneous c. the equilibrium constant is greater than 1 d. there is an increase in the order of the system e. the change in Gibbs free energy is negative

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Jean KeelingLv2

17 Dec 2019

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Related questions

1. Which of the following answers correctly describe Gibbs Free Energy?

2. If a reaction has a positive enthalpy and positive entropy, how could you change the temperature of the reaction to make this reaction spontaneous?

3. If a reaction has a negative enthalpy (exothermic reaction) and a negative entropy, how would you change the temperature of the reaction to make it spontaneous?

Which of the following statements about Gibbs Free Energy is not true?

Question 12 options:

	A) The reaction with a lower Gibbs Free Energy has a greater rate constant.
	B) A negative value for the Gibbs Free Energy of a reaction determines that the reaction is spontaneous.
	C) A Gibbs Free Energy of zero means the reaction is at equilibrium.
	D) The Standard Gibbs Free Energy of a reaction can be calculated from the Standard Enthalpies and Standard Entropies of the reactants and products.