1. Q= 250 nC A full sphere with radius of R,= 0,3 m is located into a spherical shell which has inner radius of R2= 0.5 m and outher radius of R3= 0.6m as shown diagram on left. Total charge of Q= 100 nC is distributed over the Q= 100 nC full sphere, where total charge of Q2= 250 nC is distributed over the shell. R1 = 0,3 m Calculate the electric field at; a)r,= 0,2 m R=0,5 m b) r2= 0,4 m R3=0,6m c) r3= 0,55 m

1. Q= 250 nC A full sphere with radius of R,= 0,3 m is located into a spherical shell which has inner radius of R2= 0.5 m and outher radius of R3= 0.6m as shown diagram on left. Total charge of Q= 100 nC is distributed over the Q= 100 nC full sphere, where total charge of Q2= 250 nC is distributed over the shell. R1 = 0,3 m Calculate the electric field at; a)r,= 0,2 m R=0,5 m b) r2= 0,4 m R3=0,6m c) r3= 0,55 m

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

1. Compute the electric field experienced by a negative test charge given the following conditions in a vacuum: Hint: E = kg a. Source charge: -3.42 x 10-9 C Distance from source charge: 2.3 m b. Source charge: +1.78 × 10-11 C Distance from source charge: 4.5 m
Question
10. The electric charge distribution is shown correctly. Hint: Electric fields are stronger around the pointed areas compared to the flatter areas. A. True B. False
5. A thick, conducting, metal shell of inner radius R1 = 0.5m and outer radius R2 = 1.5m has a net charge of (-10C). Also, a (-3C) point charge is at the origin (center). Find the surface charge density on the inner surface of the shell. 6. Same setup as problem 5. Find the magnitude of the electric field at 4 meters from the center of the shell. 7. Same setup as problem 5. Find the magnitude of the electric field at 1.1 meters from the center of the shell.
Item 5 Part A Which of the following best describes the sign of the source charge Q and test charge q in the image below? (due to charge Q) F (due to charge Q) Qis positive and q is positive Q is positive and q is negative Q is negative and q is positive Q is negative and q is negative
2. Three charges: q1, q2 & q3 are shown in the figure below. Point P is the upper right corner of the rectangle. Distance a is 25cm and distance b is 10cm. If q1 = q3 = +1.2nC and q2 = -0.9 nC: i. On your answer sheet, sketch the electric field at P due to q1, q2 & q3. ii. What is the magnitude of the net electric field y component at position P? ii. What is the magnitude of the net electric field x component at position P? iv. What are the magnitude and direction the net electric field at position P? What is the potential at point p, due to these three charges? v.
Needs Complete typed solution with 100 % accuracy.
Find the net charge on the disk.
2.Choose q1 = -8 µC, q2=-8 µC and the distance between the charges = 3 cm. Find the magnitude and direction of F12 and F21 (Show the calculations and write your answers using scientific notations) F12 = F21= = 3. Choose q1 +4 µC, q2=-4 µC and the distance between the charges = 6 cm. Find the magnitude and direction of F12 and F21 (Show the calculations and write your answers using scientific notations) F12 = F21=
A solid metal sphere has no net charge. A positive point charge is brought from infinity close to the surface of the sphere. a) Describe the electric flied inside the sphere. b) Describe the electric flied at the surface of the sphere. c) Describe the charge distribution inside the sphere. d) State the total charge inside the sphere.
1. Calculate the resultant electric field at point P in the diagram below. 2 cm 1 cm +10 mC -20 mC 1 cm +10 mC
Express answer/s in mks (SI) . Draw diagram whenever necessary the cut part was coordinate origin