Question 1: How many nodes (just like nodes in windpipe ) will you see in the solution for quantum number =5 inside infinite well?

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A) 3 B) 6 C) 5 D)4

Question 2:

Between n=2 and n=4 energy level for which quantum number will be higher?

A) 2 B) 3 C) 4 D) both are same.

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In an infinite potential well, the potential V(x) is zero inside the well and infinite outside, confining the particle strictly within a width L. And the probability of finding electrons at infinite potential is 0. Start Analysis

Case -1 Visualization of ψ(x) in an Infinite Potential Well

Input quantum number n (allowed values n>=0 and n<=6).

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Question 1: What is the nature of particle wave in Region 1 ?

A) ψ =0 B) sinosoid C) inverted sinosoid D) exponential decay

Question 2:

Which of these is untrue about ψ at x=0 (boundary of well wall)?

A) wave is infinite B) wave is non-zero C) solution is continuous for x=0 and x=0+ D) wavefunction is zero.

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Case - 2 Visualization of ψ(x) in a finite Potential Well

Input the value of n

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