An electric field E  5ˆi 15ˆjNC1
exists in a region. If the potential at
(–1m, 2m) is half of that at origin,
potential at (2m, –1m) in volt is

Question

An electric field E  5ˆi 15ˆjNC1 exists in a region. If the potential at (–1m, 2m) is half of that at origin, potential at (2m, –1m) in volt is

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An electric field E  5ˆi 15ˆjNC1 exists in a region. If the potential at (–1m, 2m) is half of that at origin, potential at (2m, –1m) in volt is

An electric field E  5ˆi 15ˆjNC1
exists in a region. If the potential at
(–1m, 2m) is half of that at origin,
potential at (2m, –1m) in volt is

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An electric field E  5ˆi 15ˆjNC1 exists in a region. If the potential at (–1m, 2m) is half of that at origin, potential at (2m, –1m) in volt is

An electric field E  5ˆi 15ˆjNC1exists in a region. If the potential at(–1m, 2m) is half of that at origin,potential at (2m, –1m) in volt is

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An electric field E  5ˆi 15ˆjNC1
exists in a region. If the potential at
(–1m, 2m) is half of that at origin,
potential at (2m, –1m) in volt is