Test the energy time uncertainty principle for the wave function in Problem 2 5 and the observable x, by calculating H , x , and d(x) dt exactly Problem 2 5 A particle in the infinite square well has as its initial wave function an even mixture of the first two stationary states (x,0) A V (x) (x) ...

5 2eiExth beExth HV He eEth HeiE2th 2 H E1 H EH E1 and H2 E2 so Vx t H eiExth eiExth Eeith E2eiE2th ...

Test the energy-time uncertainty principle for the wave function in Problem 2.5 and the observable x, by

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Test the energy-time uncertainty principle for the wave function in Problem 2.5 and the observable x, by calculating σ_H, σ_x, and d(x)/dt exactly.

Problem 2.5

A particle in the infinite square well has as its initial wave function an even mixture of the first two stationary states:

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Introduction To Quantum Mechanics

ISBN: 9781107189638

3rd Edition

Authors: David J. Griffiths, Darrell F. Schroeter

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Question Posted: Jan 24, 2023 07:04 AM

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Test the energy-time uncertainty principle for the wave function in Problem 2.5 and the observable x, by

Question:

(x,0) = A[V₁ (x) + ₂(x)].

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5 2eiExth beExth HV He eEth HeiE2th 2 H E1 H EH E1 and H2 E2 so Vx t H eiExth eiExth Eeith E2eiE2th ...View the full answer

Introduction To Quantum Mechanics

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