9. A particle of mass m is in the state (x, t) = Ae¯ª[(mx²/ħ)+it] where A and a are positive real constants. (a) Find the normalization constant A. (b) For what potential energy function U(x) does Y satisfy the Schrodinger equation (c) Calculate and
9. A particle of mass m is in the state (x, t) = Ae¯ª[(mx²/ħ)+it] where A and a are positive real constants. (a) Find the normalization constant A. (b) For what potential energy function U(x) does Y satisfy the Schrodinger equation (c) Calculate and
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![9. A particle of mass m is in the state
¥(x, t) = Ae¯ª[(mx²/ħ)+it]
where A and a are positive real constants.
(a) Find the normalization constant A.
(b) For what potential energy function U(x) does Y satisfy the Schrodinger equation
(c) Calculate <x> and <p>](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa252d29d-4784-4d1b-a378-c2843b6021b5%2F19b6adec-9882-447d-9e8a-1c95aecc8311%2Fa4vdcui_processed.png&w=3840&q=75)
Transcribed Image Text:9. A particle of mass m is in the state
¥(x, t) = Ae¯ª[(mx²/ħ)+it]
where A and a are positive real constants.
(a) Find the normalization constant A.
(b) For what potential energy function U(x) does Y satisfy the Schrodinger equation
(c) Calculate <x> and <p>
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