re on the right shows the cross-section of 10 marks) The figu two infinitely lar
ID: 1530081 • Letter: R
Question
re on the right shows the cross-section of 10 marks) The figu two infinitely large charged non-conducting sheets parallel to the y z plane. Both sheets have thickness d 1 mm. The right sheet has volume charge density pi 75 pc/m3, while the left sheet, 125 HC/m3. Using Gauss's law II has volume charge density p2 find the electric field between and outside these plates. The parts below walk you through related questions, and the steps with which to solve this problem. Please show all work in the bores provided or on the figure. Ensure that you erpress units for all numerical answers. 1. (1.5 mark) on the figure above draw a Gaussian surface that can be used to find the electric field at point P due to the right sheet only. Explain why this is a suitable Gaussian surface. 2. (o 5 marks) Is the electric field constant on a cross-section of your Gaussian surface parallel to the sheet? 3. (0.5 marks) on the diagram above indicate the direction of the electric field at point P due to the right sheet only. 4. (0.5 marks) Find the charge Qene contained inside the Gaussian surface you drew. If your expression depends on the cross-sectional area A of the Gaussian surface, clearly mark A on the figure above. Leave your answer in terms of pi, d, A.Explanation / Answer
electric field between plates = (Sigma1 - sigma2)/eo
= [(125 - 75) * 10-6 * 10-3]/(8.854 * 10-12)
= 5647.16 N/C
Related Questions
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.