An electric field E=Abi^ exists in the space where A=10 V/m 2 . .Take the potential at (10m,20m) to be zero.Find the potential at the origin.

Question

An electric field E=Abi^ exists in the space where A=10 V/m 2​ . .Take the potential at (10m,20m)​​ to be zero.Find the potential at the origin.

Vikas TU · Answer

E = -dV/dx dV = -Edx integerating both sides we get, V = – Ex = > -Abx = > – 10bx {put limit from 20 to 10} and get V.

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An electric field E=Abi^ exists in the space where A=10 V/m 2 . .Take the potential at (10m,20m) to be zero.Find the potential at the origin.

An electric field E=Abi^ exists in the space where A=10 V/m^{2 .}.Take the potential at (10m,20m) to be zero.Find the potential at the origin.

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An electric field E=Abi^ exists in the space where A=10 V/m 2​ . .Take the potential at (10m,20m)​​ to be zero.Find the potential at the origin.

An electric field E=Abi^ exists in the space where A=10 V/m2​ ..Take the potential at (10m,20m)​​ to be zero.Find the potential at the origin.

1 Answers

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Other Related Questions on Electrostatics

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An electric field E=Abi^ exists in the space where A=10 V/m 2 . .Take the potential at (10m,20m) to be zero.Find the potential at the origin.

An electric field E=Abi^ exists in the space where A=10 V/m^{2 .}.Take the potential at (10m,20m) to be zero.Find the potential at the origin.