QUESTION 2 2. Consider the following sphere inside a spherical shell. Both are made of conducting material The radius of the sphere is R-1.65 cm. Inner radius and outer radii are 2R and 3R, respectively. Total charge of inner sphere is Q-1.91 nC. The charge of shell is-30. What is the magnitude of electric field on the outer surface of the shell (in unit of N/C)? ABCD

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QUESTION 2
2. Consider the following sphere inside a sphorical shell. Both are made of conducting material The radius of
the sphere is R=1.65 cm. Inner radius and outer radii are 2R and 3R, respectively. Total charge of inner sphere
is Q-1.91 nC. The charge of shell is -3Q. What is the magnitude of electric field on the outer surface of the sholl
(in unit of N/C) ?
ABCD
QUESTION 3
3. Two paratiel plates of area 0.50 m² are each charged with uniformly with +0 and +20 as shown, where Q-
1.84 nC. Two plates are separated by 1 cm. (You may approximate the plates to be infinite planes.) What is the
y-component of the electric field in region between the two plates (in unit of N/C)?
+2Q
+Q
+y
Transcribed Image Text:QUESTION 2 2. Consider the following sphere inside a sphorical shell. Both are made of conducting material The radius of the sphere is R=1.65 cm. Inner radius and outer radii are 2R and 3R, respectively. Total charge of inner sphere is Q-1.91 nC. The charge of shell is -3Q. What is the magnitude of electric field on the outer surface of the sholl (in unit of N/C) ? ABCD QUESTION 3 3. Two paratiel plates of area 0.50 m² are each charged with uniformly with +0 and +20 as shown, where Q- 1.84 nC. Two plates are separated by 1 cm. (You may approximate the plates to be infinite planes.) What is the y-component of the electric field in region between the two plates (in unit of N/C)? +2Q +Q +y
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