Question

3. A sphere of radius $a = 0.1$ m with a uniform volume charge density $\rho = +5.20 \mu C/m^3$ is inside a concentric conducting shell of inner radius $b = 0.20$ m and outer radius $c = 0.30$ m, as shown in the figure. The net charge on the shell is $q_{net} = -26$ nC. What is the magnitude of the net electric field, $\vec{E}$ (in N/C) at a distance $r = 0.40$ m from the centre of the sphere? (a) 350 (b) 462 (c) 181 (d) 237 (e) 125

Name: 3 a sphere of radius a 01 m with a uniform volume charge density rho 520 mu cm3 is inside a concentric conducting shell of inner radius b 020 m and outer radius c 030 m as shown in the figur 27351
Uploaded: 2022-03-22T17:47:15-08:00
Duration: 4 min 4 s
Channel: Utkarsha H
Description: 3 a sphere of radius a 01 m with a uniform volume charge density rho 520 mu cm3 is inside a concentric conducting shell of inner radius b 020 m and outer radius c 030 m as shown in the figur 27351

          3. A sphere of radius $a = 0.1$ m with a uniform volume charge density $\rho = +5.20 \mu C/m^3$ is inside a concentric conducting shell of inner radius $b = 0.20$ m and outer radius $c = 0.30$ m, as shown in the figure. The net charge on the shell is $q_{net} = -26$ nC. What is the magnitude of the net electric field, $\vec{E}$ (in N/C) at a distance $r = 0.40$ m from the centre of the sphere?

(a) 350
(b) 462
(c) 181
(d) 237
(e) 125

3 a sphere of radius a 01 m with a uniform volume charge density rho 520 mu cm3 is inside a concentric conducting shell of inner radius b 020 m and outer radius c 030 m as shown in the figur 27351

Added by Steven C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Utkarsha H

03/22/2022

Step 1

1$ m Volume charge density of the inner sphere, $\rho = +5.20 \mu C/m^3 = +5.20 \times 10^{-6} C/m^3$ Inner radius of the conducting shell, $b = 0.20$ m Outer radius of the conducting shell, $c = 0.30$ m Net charge on the conducting shell, $q_{net} = -26$ nC $= -26 Show more…

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3. A sphere of radius $a = 0.1$ m with a uniform volume charge density $\rho = +5.20 \mu C/m^3$ is inside a concentric conducting shell of inner radius $b = 0.20$ m and outer radius $c = 0.30$ m, as shown in the figure. The net charge on the shell is $q_{net} = -26$ nC. What is the magnitude of the net electric field, $\vec{E}$ (in N/C) at a distance $r = 0.40$ m from the centre of the sphere? (a) 350 (b) 462 (c) 181 (d) 237 (e) 125