Physics, 13.07.2019 01:30, drelisech6467
Consider the following wave functions (where a, b, k, and a are constants): (i) ψ(x) = a sin(kx) (iv) ψ(x) = ae-ikx (i) ψ(x) = b cos(kx) (v) ψ(x) = be+ikx (iii) ψ(x) = a/x (a) determine which of the above func- (vi) ψ(x) be-ax tions are eigenfunctions of the momentum operator, px, and identify the correspond- ing eigenvalue. (b) determine which of the above functions are eigenfunctions of the kinetic energy oper- ator, kx, and determine the corresponding eigenvalue. 4. evaluate the momentum expectation values of the free particle wavefunctions ex and etilx (where k is a positive constant). what do your results tell you about the direction in which free particles described by each of these wavefunctions are moving?
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How does the strength of the electrostatic force between an electron and a proton compare to the strength of the gravitational force between them?
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Physics, 23.06.2019 05:00, brianmondesir1owahud
Heating water for hot cocoa while sitting next to a campfire can be examples of conduction, convenction and radiation at the same time agree disagree it depends how you know
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Consider the following wave functions (where a, b, k, and a are constants): (i) ψ(x) = a sin(kx) (i...
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