The electric field E S in Fig. P22.35 is everywhere
Chapter 22, Problem 22.35(choose chapter or problem)
The electric field \(\vec E\) in Fig. P22.35 is everywhere parallel to the x-axis, so the components \(E_y\) and \(E_z\) are zero. The x-component of the field \(E_x\) depends on x but not on y or z. At points in the yz-plane (where x = 0), \(E_x = 125 \ \mathrm {N/C}\). (a) What is the electric flux through surface I in Fig. P22.35? (b) What is the electric flux through surface II? (c) The volume shown is a small section of a very large insulating slab 1.0 m thick. If there is a total charge of -24.0 nC within the volume shown, what are the magnitude and direction of \(\vec E\) at the face opposite surface I? (d) Is the electric field produced by charges only within the slab, or is the field also due to charges outside the slab? How can you tell?
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