Statement 1: Any charge will move from electric potential `v_(1)` and `V_(2)` by its own only when `v_(1) lt V_(2)` Statement2: Electron moves form `V_(1)=2V` towards `V_(2)=4V`

Statement 1: Any charge will move from electric potential `v_(1)` and

1.	Statement 1: Any charge will move from electric potential `v_(1)` and `V_(2)` by its own only when `v_(1) lt V_(2)` Statement2: Electron moves form `V_(1)=2V` towards `V_(2)=4V`
Answer» Correct Answer - D Since field is zero for a charged conductor on the surface and inside it also.so the surface of a charged conductor is always equipotential .Also, for equipotential surface,Hence `int(vec(E).vec(dl))=0` `rArr vec(E)_\|_ vec(dl)` .Hence both are true and statement -`2` is the correct explanation to statement -`1`.

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Statement 1: Any charge will move from electric potential `v_(1)` and `V_(2)` by its own only when `v_(1) lt V_(2)` Statement2: Electron moves form `V_(1)=2V` towards `V_(2)=4V`

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