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Advanced Physics
Q1. Suppose a point electric charge is located at the center of a hollow conductor sphere with inner radius r1 and outer radius r2, Draw the field strength and potential in all space. ii. Draw the surface charge density on the hollow inner and outer surface ii. If the charge +Q on the shell is conductor, Draw the field strength and potential values in the whole space. iv. Also obtain the surface charge density

Q1. Suppose a point electric charge is located at the center of a hollow conductor sphere with inner radius r1 and outer radius r2, Draw the field strength and potential in all space. ii. Draw the surface charge density on the hollow inner and outer surface ii. If the charge +Q on the shell is conductor, Draw the field strength and potential values in the whole space. iv. Also obtain the surface charge density

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Q1. Suppose a point electric charge is located at the center of a hollow conductor sphere with inner radius ri and outer radius r2, i. Draw the field strength and potential in all space. ii. Draw the surface charge density on the hollow inner and outer surface i. If the charge +Q on the shell is conductor, Draw the field strength and potential values in the whole space. iv. Also obtain the surface charge density r2 ri +Q conductor
Transcribed Image Text:Q1. Suppose a point electric charge is located at the center of a hollow conductor sphere with inner radius ri and outer radius r2, i. Draw the field strength and potential in all space. ii. Draw the surface charge density on the hollow inner and outer surface i. If the charge +Q on the shell is conductor, Draw the field strength and potential values in the whole space. iv. Also obtain the surface charge density r2 ri +Q conductor
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