An electric field E→=10x i^ N C^(-1) exists in space where x is measured in metre. Considering the potential at 10 m, 20 m to be zero, the potential…

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An electric field E→=10x i^ N C^(-1) exists in space where x is measured in metre. Considering the potential at 10 m, 20 m to be zero, the potential at the origin is

MARKS Content Team · Accepted Answer

Correct answer: (D) 500 V. dV=– E→.dr→ If V_0 is the potential at the origin, then ∫0V_0dV=-∫100E dx ⇒ V_0=(1010^2)/2=500 V

An electric field $\vec{E} = 10 x \hat{i} N C^{- 1}$ exists in space where $x$ is measured in metre. Considering the potential at $(10 m, 20 m)$ to be zero, the potential at the origin is

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An electric field E→=10x i^ N C-1 exists in space where x is measured in metre. Considering the potential at 10 m, 20 m to be zero, the potential at the origin is

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An electric field $\vec{E} = 10 x \hat{i} N C^{- 1}$ exists in space where $x$ is measured in metre. Considering the potential at $(10 m, 20 m)$ to be zero, the potential at the origin is