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QM0.9: Wave solutions and Energy levels

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Uploaded by on May 25, 2008

Continuing from our development of this general method, we take a closer look at the solutions and see how we get them based on the energy levels of the particle.

For an in-depth study, check out www.gaussianmath.com

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  • This guy makes me want to jump right into a science classroom!

  • oh man, the last 3 vids (and probably the next one) are what i have been needing for at least the past 6 weeks!! my lecturer did not go through this is even nearly as much detail... this is so helpful, thanks for this vid. it's really made a difference to my understanding.

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  • amazing lectures, you do a great job. ive been watching all of them, got a modern physics test tomorrow. thanks man.

  • Do you measure the integral in the y-axis interval from the base energy level (the flat line) and up to where dy / dx = 0?

  • Circle LO's Art Review after sketching Prf. Stephen Hawking -CABLE TV-News

    Wave solutions and Energy levels

    CirclelokynodStephen Hawkings 1:14

    Wave solutions and Energy levels

    Stephen Hawking -CABLE TV-News

    Circle LO's Art Review after sketching Prf

  • TetragammatonWAVESOLUTION

    Aly & AJ - Potential Breakup Song - Official Video HQQM0.9: Wave solutions and Energy levels 1:50 1:37 Aly&AJenKati

    Official Video HQQM0.9: Wave solutions

    Aly & AJ - Potential Breakup Song -

    Tetragammaton WAVESOLUTION

    ChallengermansEANKALIELGRAY

    VanGuardseangray

  • The oscillating line is actually the probability function. If you integrate from a certain point to another point on x axis, you get the probability of finding a particle in that area.

  • I'm not sure I'm following, is the x-axis showing the probability of a particle appearing in a certain point?

  • Psi1, Psi2, Psi3 ...all the way up from V naught... looks like a square wave function to me... and E sub1 + E sub2 transform like the Autobots

    Boundary problems and wave energy states/quantum mechanical solution sets

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