What are the algebraic steps so that I get F? (This is from a Website about Quantum Mechanical Barrier Penetration)
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What are the algebraic steps so that I get F? (This is from a Website about
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- An electron is confined in a 0.4 nm-wide region with a potential energy depth of 14.0 eV. What is the ratio of the penetration distances into the classically forbidden region for the electron in the n =1 and n = 3 states? (Hints: Content in Lecture 10 is required to solve this problem. The “penetration distance” is the characteristic distance the particle’s wave function can penetrate into a potential energy barrier.)I'm new to Dirac notation, I know the basics of bra and kets. Howewer I can't understand this. Could you explain how the upper expresion equals below expresion. What does <x^2>0 mean? ( This is 7.36 exersixe in quantum mechanics book )(Requires integral calculus.) Imagine that a quanton's wavefunction at a given time is y(x) Ae-x/al, where A is an unspecified = constant and a = 35 nm . If we were to perform an experiment to locate the quanton at this time, what would be the probability (as a percent) of a result within ±0.47 a = ±16.45 nm of the origin? The probability is Note: Round the final answer to one decimal place. %.
- 1. Answer the question completely and throughly with full detailed steps. (The more explanation, the better.)I need solution question 7Hn electron trap in an intinite potentia'l Electron can be considered as free particle - having particle Wave UIS ery 1. 7. 2. and 77 positeon af Suantun Find the probability of th 2.00 nm UIS fx fie buiing Well