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3. The frequency of vibration of the HCI molecule is 6.3x10# Hz. a. Suppose that such a molecule is in its ground vibrational state. What

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3. The frequency of vibration of the HCI molecule is 6.3x10# Hz. a. Suppose that such a molecule is in its ground vibrational state. What is the rms deviation of the position of the hydrogen atom from its (classical) equilibrium position? Assume that the chlorine atom remains at rest, since it is much heavier than the hydrogen atom

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