Electric potential due to uniformly charged thin spherical shell

 Electric Potential due to a Uniformly Charged Thin Spherical Shell:


For points:

1. Outside the shell: V = k * Q / r (r > R)

2. On the surface: V = k * Q / R

3. Inside the shell: V = k * Q / R (constant)


Where:

1. V = electric potential

2. k = Coulomb's constant

3. Q = total charge on the shell

4. R = radius of the shell

5. r = distance from the center


Key points:

1. Constant inside: Potential is constant inside the shell.

2. Decreases outside: Potential decreases with increasing distance outside the shell.


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