Question

What is the electric field intensity inside a charged conducting spherical shell?

Answer 1

Answer:

refers to the attachment

Answer 2

Question:-

What is the electric field intensity inside a charged conducting spherical shell?

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• Consider a thin spherical shell of radius R with a positive charge q distributed uniformly on the surface.

• As the charge is uniformly distributed, the electric field is symmetrical and directed radially outward.

Inside the shell:

In this case, we select a gaussian surface concentric with the shell of radius r (r>R).

So, ∮E.ds=E(4πr²)

According to gauss law,

E(4πr² )= Qend/ε 0

Since charge enclosed inside the spherical shell is zero.

So, E=0

Hence, the electric field due to a uniformly charged spherical shell is zero at all points inside the shell.

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hope it helps you