Recent content by Matt Q.

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    Expectation value and momentum for an infinite square well

    I also figured out <H> which turns out to be ##\frac{5 h^2}{m a^2}## which seems pretty reasonable too right?
  2. M

    Expectation value and momentum for an infinite square well

    I figured it out and got 0 for <p>. That seems reasonable right? Ah I didn't think of that. It makes sense.
  3. M

    Expectation value and momentum for an infinite square well

    Homework Statement √[/B] A particle in an infinite square well has the initial wave function: Ψ(x, 0) = A x ( a - x ) a) Normalize Ψ(x, 0) b) Compute <x>, <p>, and <H> at t = 0. (Note: you cannot get <p> by differentiating <x> because you only know <x> at one instance of time)Homework...
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    Need Help with Electric and Magnetism Physics in College?

    I am a college student. I am currently major in Computer Science and I'm taking Electric and Magnetism Physics so I'll mainly need help with those. Cheers
  5. M

    Electron move through capacitor

    Homework Statement An electron enters a region between two capacitor plates with equal and opposite charges. The plates are L=0.1 m by d=0.05 m, and the gap between the plates is h=0.002 m. During a short time interval of dt=0.002 s, while between the plates and far from the edges, the change...
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