Grade 12th passElectrostatics

A figure show that a square of side a with charges +q kept on the all vertices. Find the potential at the centre of the square

Rani Banerjee

8 Years agoGrade 12th pass

3 Answers

Arun

8 Years ago

Dear student

there is no image posted. Please check and reattach an image. I will be happy to help you.

Khimraj

8 Years ago

please complete the question.

potential at centre will be 4 times due to one charge at center

so V = 4*Kq/r = 4*K*q/(a/ $\sqrt{2}$ ) = 4 $\sqrt{2}$ Kq/a

Hope it clears.

MonishGayen

8 Years ago

distance between the vertex and the centre of the square = 2^-1/2a

potential at the centre of the square=4*2^1/2kq/(a)=2^1/2kq/a

hope it helps you

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View all Questions

A figure show that a square of side a with charges +q kept on the all vertices. Find the potential at the centre of the square

Rani Banerjee

3 Answers

Arun

Khimraj

MonishGayen

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