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Suppose there is a cylinder centered on the same axis of the charge distribution. What amount of charge would be within the cylinder of length, L, and radius, R?

Suppose there is a cylinder centered on the same axis of the charge distribution. What amount of charge would be within the cylinder of length, L, and radius, R?

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-yr Electric Field equation= E = E‚e¯"r The electric field is infinitely long, and its charge is distributed in a cylindrically symmetrical manner. r= it is from the center of the cylinder Tis pointed radially outwards. Suppose there is a cylinder centered on the same axis of the charge distribution. What amount of charge would be within the cylinder of length, L, and radius, R?
Transcribed Image Text:-yr Electric Field equation= E = E‚e¯"r The electric field is infinitely long, and its charge is distributed in a cylindrically symmetrical manner. r= it is from the center of the cylinder Tis pointed radially outwards. Suppose there is a cylinder centered on the same axis of the charge distribution. What amount of charge would be within the cylinder of length, L, and radius, R?
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