Recent content by PhysicsIsFun1

  1. P

    Griffiths intro to electrodynamics Laplace's equation (boundary conditions only)

    Amazing...I completely understand this now. Thank you so much. I really appreciate your help!
  2. P

    Griffiths intro to electrodynamics Laplace's equation (boundary conditions only)

    NOTE: For some reason, the integral symbols work when I hit "preview changes" but it's coming out scrambled when I save the changes. I wrote it in a messier way what it's supposed to be, please bear with me! But what could we integrate with respect to our upper and lower bounds? Our V(x,y...
  3. P

    Griffiths intro to electrodynamics Laplace's equation (boundary conditions only)

    Thank you for responding! I haven't found the general solution to V(x,y,z). The method I've been using and am familiar with is from Griffith's. First he identifies the boundary conditions, then writes the general solution in terms of a summation from those boundary conditions. I'm just not...
  4. P

    Griffiths intro to electrodynamics Laplace's equation (boundary conditions only)

    Homework Statement A surface at z = 0 is held at potential V (x, y) = V0 cos(qx) sin(qy). Find the potential in the region z > 0. Homework Equations Laplace's equation in Cartesian coordinates The Attempt at a Solution I wrote at least a page of my past 2 attempts at a solution...
Back
Top