question archive The figure below shows two thin nonconducting glass sheets, each with uniform charge densities, parallel to each other
The figure below shows two thin nonconducting glass sheets, each with uniform charge densities, parallel to each other
Subject:PhysicsPrice: Bought3
The figure below shows two thin nonconducting glass sheets, each with uniform charge densities, parallel to each other. (The sheets are very large and very close to each other, so at the locations stated below, you may approximate them as infinite.) a. The left sheet's charge per area is o, while the right sheet's is -o (where o > 0). What is the magnitude and direction of the electric field at the locations specified below? (in terms of o and Eo). i. [Marks=2] to the left of the two sheets: magnitude E, and direction ii. [Marks=2] in-between the two sheets: magnitude E, and direction iii. [Marks=2] to the right of the two sheets: magnitude E, and direction iv. [Marks=3] Draw a picture illustrating the electric fields created by each sheet in the three different regions in part a. b. Now imagine both sheets have positive uniform surface charge densities o. - 0 In parts (i)-(ii) below, find the magnitude and direction of the electric field at the specified locations for this case (in terms of o and Eo ). i. [Marks=2] to the left of the two sheets: magnitude E, and direction ii. [Marks=2] in-between the two sheets: magnitude E, and direction iii. [Marks=2] to the right of the two sheets: magnitude E, and direction iv. [Marks=3] Draw a picture illustrating the electric fields created by each sheet in the three different regions in part b. Please answer this question on paper. You will upload your photos after having finished and submitted the online part of the exam. ave answered this question.
