One small sphere of mass m which has charge Q is suspended by a light insulating string with length d in a uniform electric field Ē (x,y) = 31+ 2]. When the sphere is in the equilibrium, the string makes an angle 0 = 45° with the vertical. Determine the magnitude of Q in terms of m,g. (tan45° = 1) %3D E= 31 + 21
One small sphere of mass m which has charge Q is suspended by a light insulating string with length d in a uniform electric field Ē (x,y) = 31+ 2]. When the sphere is in the equilibrium, the string makes an angle 0 = 45° with the vertical. Determine the magnitude of Q in terms of m,g. (tan45° = 1) %3D E= 31 + 21
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Transcribed Image Text:One small sphere of mass m which has charge Q is suspended by a light
insulating string with length d in a uniform electric field E(x,y) = 31+ 21.
When the sphere is in the equilibrium, the string makes an angle 0=45°
with the vertical. Determine the magnitude of Q in terms of m, g.
(tan45° 1)
E= 31 +21
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