A non-conducting solid cylinder of radius, R and length, L has a charge of +3Q uniformly distributed throughout it. The Gaussian cylinder has length h, radius r, and the same center line as the charged cylinder. H Qend Find the volume charge density, p, of the charged cylinder. Find an equation for Qenel for r < R. Your equation should involve p and one or more of h, r, and R. Find an equation for Qenel for r>R. Your equation should involve p and one or more of h, r, and R. Find the amount of charge enclosed in a Gaussian cylinder of radius r = 0, r = R/2, r = R, and r = 2R. Plot the four values of enclosed charge calculated above versus the radius of the Gaussian cylinder. Then plot the equations found in parts 2. and 3 as a smooth line.

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Chapter1: Units, Trigonometry. And Vectors
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A non-conducting solid cylinder of radius, R and length, L has a charge of +3Q uniformly distributed
throughout it. The Gaussian cylinder has length h, radius r, and the same center line as the charged
cylinder.
H
Qend
Find the volume charge density, p, of the charged cylinder.
Find an equation for Qencl for r ≤R. Your equation should involve p and one or more of h, r, and
R.
Find an equation for Qendl for r2 R. Your equation should involve p and one or more of h, r, and
R.
Find the amount of charge enclosed in a Gaussian cylinder of radius r = 0, r= R/2, r = R, and
r = 2R.
Plot the four values of enclosed charge calculated above versus the radius of the Gaussian cylinder.
Then plot the equations found in parts 2. and 3 as a smooth line.
Transcribed Image Text:A non-conducting solid cylinder of radius, R and length, L has a charge of +3Q uniformly distributed throughout it. The Gaussian cylinder has length h, radius r, and the same center line as the charged cylinder. H Qend Find the volume charge density, p, of the charged cylinder. Find an equation for Qencl for r ≤R. Your equation should involve p and one or more of h, r, and R. Find an equation for Qendl for r2 R. Your equation should involve p and one or more of h, r, and R. Find the amount of charge enclosed in a Gaussian cylinder of radius r = 0, r= R/2, r = R, and r = 2R. Plot the four values of enclosed charge calculated above versus the radius of the Gaussian cylinder. Then plot the equations found in parts 2. and 3 as a smooth line.
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