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The Potential Energy for the Interaction Between the Two Atoms

Question 49

Multiple Choice

The potential energy for the interaction between the two atoms in a diatomic molecule is U = A/x12 - B/x6, where A and B are constants and x is the interatomic distance. The magnitude of the force of one atom exerts on the other is: The potential energy for the interaction between the two atoms in a diatomic molecule is U = A/x<sup>12</sup> - B/x<sup>6</sup>, where A and B are constants and x is the interatomic distance. The magnitude of the force of one atom exerts on the other is:   A)  12A/|x|<sup>13</sup> - 6B/|x|<sup>7</sup> B)  -13A/|x|<sup>13</sup> + 7B/|x|<sup>7</sup> C)  -11A/|x|<sup>11</sup> + 5B/|x|<sup>5</sup> D)  72A/|x|<sup>12</sup> - 72B/|x|<sup>6</sup> E)  A/|x|<sup>13</sup> - B/|x|<sup>7</sup>


A) 12A/|x|13 - 6B/|x|7
B) -13A/|x|13 + 7B/|x|7
C) -11A/|x|11 + 5B/|x|5
D) 72A/|x|12 - 72B/|x|6
E) A/|x|13 - B/|x|7

Correct Answer:

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