I E V(x) Vo X=0 II Q/Solve the Schrödinger equation for regions x<0 and x>0 to calculate the reflection coefficient, R. Where E
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A: Its a concept of Normalisation of Wave Function
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A: We can solve this problem by normalising Condition as following.
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A: Given data, Wave function of the particle : ψx=12eikxx
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A: To find the normalization constant C0 and C1 and check the orthogonality of the two wavefuction
Q: https://www.compadre.org/PQP/quantum-need/section5_10.cfm a. Where is the wave located?b. Keep k2…
A: 1. Look at the waves. Where is it located?When 𝑘1=8.4rad/m and 𝑘2=8.4krad/m, you are looking at…
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A: To answer: In the partial wave analysis of scattering one has to consider waves with L=0,1,2,3. The…
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Q: Only need help with C and D
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A: In this problem, we will use the normalisation condition to calculate the value of A
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A: Normalize the wavefunction…
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A: for standing waves L=nλ2 where n = 1,2, 3 ... etc
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A: Partial wave expansion is dominated especially at low energies, i.e. by small l The orbital…
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A: We would use the kinetic energy operator to solve this question
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Q: Which is the Schrodinger equation for a 1D harmonic oscillator:
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A: The required solution for the above problem is given below.
Q: Q# 04: Find Laplace transform of the function 2 Sint
A: The function is of the form tn f(t) where, n=2
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A: Given data:The energy of electrons, E= 54 eVSeparation between planes, d=0.22 nm
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A: Given, Y(θ,φ)=sinθcosθe±iφ -ℏ 2I1sinθ∂∂θsinθ∂∂θ+1sin2θ∂2∂φ2Yθ,φ=EYθ,φ
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A: The answer to the given problem is as follows.
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A: We are given phonon dispersion relation. This is in terms of masses. There are 2 masses. We simplify…
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