12. For the reaction A + B → product, the reaction rate is first order to A and first order to B. Integrate the rate law. [AJo and [B]o are the initial concentrations for A and B, respectively and [A]o is not equal to [B]o. t = time. (A) (B) (C) (D) (E) All of the above is incorrect.

10. Which of the following is "NOT" a correct aspect of the Born-Oppenheimer approximation (A) The electrons in a molecule move much faster than the nuclei. (B) Excited electronic states have the same equilibrium inter-nuclear distance as the ground electronic state. (C) The electronic and vibrational motions of a molecule are approximately (D) Electronic energy curves serve as potential energy functions for nuclear vibrational 3 motions. (E) The typical amplitude of nuclear vibration is much smaller than that characterizing the motion of electrons.

12. For the reaction A + B → product, the reaction rate is first order to A and first order to B. Integrate the rate law. [AJo and [B]o are the initial concentrations for A and B, respectively and [A]o is not equal to [B]o. t = time. (A) (B) (C) (D) (E) All of the above is incorrect.

其他試題

12. For the reaction A + B → product, the reaction rate is first order to A and first order to B. Integrate the rate law. [AJo and [B]o are the initial concentrations for A and B, respectively and [A]o is not equal to [B]o. t = time.
(A)
(B)
(C)
(D)
(E) All of the above is incorrect.