Recent content by ChaosCon343

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    Having trouble with time (in)dependant solutions

    Hey all - I'm taking my first quantum class this year, and I'm still on really shaky ground about time-dependent and time-independent solutions of the Schrödinger equation. I understand that the time independent Schrödinger equation comes from separating your space and time variables, but I...
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    Ising Model & Wolff's algorithm in FORTRAN

    The way I understand it, you only have one cluster at a time when using Wolff's algorithm. So in each iteration, you: Choose a site in your lattice at random Check all the neighbors of that site -- if the neighbors pass a probability condition, add them to the cluster. Check all the...
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    How to Approach an Electro Box Problem with Nonuniform Electric Field?

    Ahhhhhhh, ok. That makes sense. It seemed really strange that they would give us math like that. Thanks for your insights!
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    How to Approach an Electro Box Problem with Nonuniform Electric Field?

    Sorry about not getting back to you sooner - our school's internet was down yesterday. Anyways, I don't know the answer, and as of right now, and I've no idea if that math is correct or not. I think my problem lies in not understanding line integrals very well, as we've only done basic intro...
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    How to Approach an Electro Box Problem with Nonuniform Electric Field?

    Oh man, sorry my bad about not posting the question. Our capa problems are created...oddly. I thought I grabbed it, but I suppose not >_< The actual question it asks is: What is the electric flux through the top face of the box? (The top face of the box is the face where z = a. Remember that...
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    How to Approach an Electro Box Problem with Nonuniform Electric Field?

    [SOLVED] Electro Box 1. Homework Statement : A cubic box of side a = .290 m is placed so that its edges are parallel to the coordinate axes. There is NO net electric charge inside the box, but the space in and around the box is filled with a nonuniform electric field of the following form...
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    Tension in Cable: Solving Using Trig

    Homework Statement A 36.0 kg uniform beam is attached to a wall with a hinge while its far end is supported by a cable such that the beam is horizontal. http://a1.educog.com/res/msu/physicslib/msuphysicslib/24_Statics_Equilibrium/graphics/prob20_beamhinge2.gif If the angle between the beam...
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