Part A What is the electric field at 1.0 cm? E = ? N/C Part B What is the electr

Question

Part A

What is the electric field at 1.0 cm?

E = ? N/C

Part B

What is the electric field at 5 cm?

E = ? N/C

Part C

What is the electric field at 9.0 cm?

E = ? N/C

Part D

What is the electric field at 15.0 cm?

E = ? N/C

Part E

Pick ALL of the valid charge densities from the list below for the system described. Please be very careful about the wording of the choices that you choose and only pick descriptions that are appropriate.

Pick ALL of the valid charge densities from the list below for the system described. Please be very careful about the wording of the choices that you choose and only pick descriptions that are appropriate.

Part F      

What is the area charge density for the inner cylinder?

Give your answer in ?C/m2.

Part G      

What is the volume charge density for the cylindrical shell?

Give your answer in ?C/m3.

Linear charge density for the inner cylinder. Area charge density for the inner cylinder. Volume charge density for the inner cylinder. Linear charge density for the inner surface of the outer shell. Area charge density for the inner surface of the outer shell. Volume charge density for the outer shell. Linear charge density for the outer surface of the outer shell. Area charge density for the outer surface of the outer shell.

Part F      

What is the area charge density for the inner cylinder?

Give your answer in ?C/m2.

Part G      

What is the volume charge density for the cylindrical shell?

Give your answer in ?C/m3.

An infinitely long conducting cylinder of radius 2 cm has a linear charge density +4 Part A What is the electric field at 1.0 cm? E = ? N/C Part B What is the electric field at 5 cm? E = ? N/C Part C What is the electric field at 9.0 cm? E = ? N/C Part D What is the electric field at 15.0 cm? E = ? N/C Part E Pick ALL of the valid charge densities from the list below for the system described. Please be very careful about the wording of the choices that you choose and only pick descriptions that are appropriate. Pick ALL of the valid charge densities from the list below for the system described. Please be very careful about the wording of the choices that you choose and only pick descriptions that are appropriate. Linear charge density for the inner cylinder. Area charge density for the inner cylinder. Volume charge density for the inner cylinder. Linear charge density for the inner surface of the outer shell. Area charge density for the inner surface of the outer shell. Volume charge density for the outer shell. Linear charge density for the outer surface of the outer shell. Area charge density for the outer surface of the outer shell. Part F What is the area charge density for the inner cylinder? Give your answer in ?C/m2. Part G What is the volume charge density for the cylindrical shell? Give your answer in ?C/m3. mu C/m . mu C/m is surrounded by an insulating shell of inner radius 8 cm and outer radius 12 cm. The insulating shell has a net linear charge density of +3

Explanation / Answer

A=0N/C. It is a conducting cylinder.

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