Using MATLAB:

1. The charged parallel plate capacitor shown below creates a potential:

V = 9z/d for 0

a) Using the meshgrid command, generate a rectangular grid in the y-z plane in the range 0

b) Using the gradient command, calculate the electric field E between the plates. Using the quiver command, plot the field.

1. The charged parallel plate capacitor shown below creates a potential 9z v = for 0 S 1. a) Using the meshgrid command, generate a rectangular grid in the y-z plane in the range 0 region. Using the imagesc and colorbar commands, plot the potential. { 1 , 0 { 1, and in steps of =-= 0.05. Calculate the potential in this L d b) Using the gradient command, calculate the electric field E between the plates. Using the quiver command, plot the field z=d (0,0) y=L