Which Describes The Electric Field Outside A Flat Plastic Sheet With Uniform Charge?

Which of the following best characterizes the electric field lines that exist outside of a flat sheet of plastic that has a uniform negative charge? They reach out in a direction that is perpendicular to the sheet.

Which describes the electric field outside a charged metal surface?

The electric field is uniform and nonzero on the outside, while it is zero on the inside. Which of the following best characterizes the electric field that exists beyond the charged surface of a metal? The surface charge density has a direct bearing on the field’s strength.

What is the charge density of a sheet of plastic?

  1. The four surfaces of two extremely large, nonconducting plastic sheets with a thickness of 10.0 cm each have uniform charge densities of 1, 2, 3, and 4 (the four surfaces are in the following order: 1, 2, 3, and 4 moving from left to right).
  2. These surface charge densities have the values 1 = 6, 2 = + 5, 3 = + 2, and 4 = + 4 in C/ (m*m).
  3. All of these values are measured in millimeters squared.

Which way does the electric field travel through the curved side?

The electric field extends in a direction away from the bent side. A negatively charged particle is positioned outside of a shell that is negatively charged throughout its whole. Which of the following best characterizes the force vector acting on the particle that is caused by the shell? It is aimed in the opposite direction to the core of the shell.

Which particle is placed inside a shell of uniform negative charge?

A particle with a positive charge is encased within a shell with a consistent negative charge, which serves as the shell’s hollow. Which of the following best characterizes the force that the shell exerts on the particle?

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