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In a region of space the electric field is given by $E = (x \hat{i} - 2 y \hat{j} + z \hat{k}) v m^{- 1}$ . Calculate the potential difference $V_{A B}$ between $A (2, 1, 0) m$ and $B (0, 2, 4) m$ :

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Correct option is A

dV =- ∫E dr ∫dV = - ∫20 x dx - 2∫12 y dy + ∫04 z dz on solving , VAB = 3 V

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In a region of space the electric field is given by E=(xi^−2yj^+zk^)vm−1 . Calculate the potential difference VAB between A(2,1,0)m and B(0,2,4)m :

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In a region of space the electric field is given by $E = (x \hat{i} - 2 y \hat{j} + z \hat{k}) v m^{- 1}$ . Calculate the potential difference $V_{A B}$ between $A (2, 1, 0) m$ and $B (0, 2, 4) m$ :