The dimension of `((1)/(2))epsilon_(0)E^(2)` (`epsilon_(0)` : permittivity of free space, E electric fieldA. `MLT^(-1)`B. `ML^(2)T^(-2)`C. `ML^(-1)T^(-2)`D. `ML^(2)T^(-1)`

The dimension of `((1)/(2))epsilon_(0)E^(2)` (`epsilon_(0)` : permitti

1.	The dimension of `((1)/(2))epsilon_(0)E^(2)` (`epsilon_(0)` : permittivity of free space, E electric fieldA. `MLT^(-1)`B. `ML^(2)T^(-2)`C. `ML^(-1)T^(-2)`D. `ML^(2)T^(-1)`
Answer» Correct Answer - C Here , `(1//2) epsilon_(0) E_(2)` represents energy per unit volume . `\|epsilon_(0)\| [E^(2)] = ("Energy")/("Volume") = ([ML^(2)T^(-2)])/([L^(3)]) = ML^(-1)T^(-2)`

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The dimension of `((1)/(2))epsilon_(0)E^(2)` (`epsilon_(0)` : permittivity of free space, E electric fieldA. `MLT^(-1)`B. `ML^(2)T^(-2)`C. `ML^(-1)T^(-2)`D. `ML^(2)T^(-1)`

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