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An oil drop of 12 excess electrons is he...

An oil drop of 12 excess electrons is held stationaty under a constant electric field of `2.55xx10^(4) NC^(-1)` in Millikan's oil drop experi,ment. The density of the oil is `1.26 g cm^(-3)`. Estimate the radius of the drop. `(g = 9.81 ms^(-2) , e = 1.60xx10^(19) C)`

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An oil drop of 12 excess electrons is held stationary under a constant electric field of 2.55xx10^(4) NC^(-1) in Millikan's oil drop experiment. The density of the oil is 1.26 g cm^(-3) . Estimate the radius of the drop, (g=9.81 ms^(-2), e=1.60xx10^(-19) C) .

An oil drop of 12 excess electrons is held stationary under a constant electric field of 2.55 xx 10^4 NC^(-1) . (Millikan's oil drop experiment). The density of the oil is 1.26 g cm^(-3) . Estimate the radius of the drop, (g = 9.81 ms^(-2), e = 1.60 xx 10^(-19 C)) .

An oil drop of 12 excess electrons is held stationary under a constant electric field of 2.55xx10^(4)NC^(-1) in Millikan's oil drop experiment. The density of the oil is 1.26xx10^(3)kgm^(-3) . Estimate the radius of the drop (g=9.81ms^(-2),e=1.60xx10^(-19)C) .

An oil drop of 12 excess electrons is held stationary under a constant electric field of 2.55 xx 10^4 NC^- 1 in Millikan’s oil drop experiment. The density of the oil is 1.26 g cm^-3 . Estimate the radius of the drop. (g = 9.81 m s^-2, e = 1.60 xx 10^-19 C) .

An oil drop of 12 excess electrons is field stationary under constant clectric field of 2.55 xx 10^(4) NC^(-1) in Millikan's oil drop experiment. Then density of the oil is 1.26g cm^(-3) . Estimate the radius of the drop. (g=9.81 ms^(-2), e=1.60 xx 10^(-19)C) .

Ari oil drop, of 12 excess electrons is held stationary under a constant electric field of 2.55x10^4N//C in Millikan's oil drop experiment. The density of the oil is 1.26g//m^3 Estimate the radius of the drop.

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An oil drop of 10 excess electron is held stationary under a consatnt electric field of 3.6xx10^(4)NC^(-1) in Millikan's oil drop experiment. The density of oil is 1.26gcm^(-3) . Radius of the oil drop is (Take, g=9.8ms^(-2), e=1.6xx10^(-19)C )