Question

A solid cylinder of length L and radius R is made of an insulating material. This cylinder holds a net charge of Q that is evenly distributed throughout the cylindrical volume. What is the volume charge density, rho, of this charged cylinder?

Answer 1

The volume charge density of the charged cylinder is given by the equation rho = Q / (pi * R^2 * L).

Step-by-step explanation:

The volume charge density, rho, of the charged cylinder can be determined by dividing the total charge, Q, by the volume, V, of the cylinder. The volume of a cylinder can be calculated using the formula V = (pi * R^2 * L). Therefore, the volume charge density is given by the equation rho = Q / V = Q / (pi * R^2 * L).

Answer 2

Answer: ρ= Q/(π*R^2*L)

Explanation: The volume of the solid cylinder is given by: π*R^2*L

so the volume charge density, ρ, is defined as Q/Volume of the cylinder

thus ρ= Q/(π*R^2*L).