【Daily Question】3.4 Multiple-choice question: At a constant temperature, increasing the reaction pressure causes the equilibrium to shift in the direction of ( )
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At a constant temperature, increasing the reaction pressure shifts the equilibrium in the direction of ( ). A. The number of molecules decreases, and the volume decreases. B. The number of molecules decreases, and the volume increases. C. The number of molecules increases, and the volume decreases. D. The number of molecules increases, and the volume increases. Answer: A. The number of molecules decreases, and the volume decreases
A. The number of molecules decreases, and the volume decreases
At a certain temperature, increasing the reaction pressure shifts the equilibrium in the direction of (A). A. The number of molecules decreases, and the volume decreases. B. The number of molecules decreases, and the volume increases. C. The number of molecules increases, and the volume decreases. D. The number of molecules increases, and the volume increases
A. The number of molecules decreases, and the volume decreases
A. The number of molecules decreases, and the volume decreases
At a certain temperature, increasing the reaction pressure shifts the equilibrium in the direction of (A). A. The number of molecules decreases, and the volume decreases. B. The number of molecules decreases, and the volume increases. C. The number of molecules increases, and the volume decreases. D. The number of molecules increases, and the volume increases