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2. a) Show that for state n = 0 of a harmonic oscillator whose classical amplitude of motion is A, y = 1 when evaluated at x = A, where y is the quantity defined by the equation 1/2 Vkm 2nmv y =

2. a) Show that for state n = 0 of a harmonic oscillator whose classical amplitude of motion is A, y = 1 when evaluated at x = A, where y is the quantity defined by the equation 1/2 Vkm 2nmv y =

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2. a) Show that for state n = 0 of a harmonic oscillator whose classical amplitude of motion is A, y = 1 when evaluated at x = A, where y is the quantity defined by the equation 1/2 /km 2amv y = b) Find the probability density %|²dx at x 0 and at x=±A de un oscilador armónico en su estado n=0.
Transcribed Image Text:2. a) Show that for state n = 0 of a harmonic oscillator whose classical amplitude of motion is A, y = 1 when evaluated at x = A, where y is the quantity defined by the equation 1/2 /km 2amv y = b) Find the probability density %|²dx at x 0 and at x=±A de un oscilador armónico en su estado n=0.
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