on a half side of clock q charges are present and on the other side -q charges are present. Calculate the net force on the centre of clock whose radius is r

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dhiliban · Answer

Consider a positive charge at centre such that both repulsive and attractive forces due to charges act in same direction henceF=2kq*q/r*r2*(q*q)/(4π€*r*r)2*9*10^9*(q/r)^218*10^9*(q/r)^2I predicted that this would be answer.

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on a half side of clock q charges are present and on the other side -q charges are present. Calculate the net force on the centre of clock whose radius is r

on a half side of clock q charges are present and on the other side -q charges are present. Calculate the net force on the centre of clock whose radius is r

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on a half side of clock q charges are present and on the other side -q charges are present. Calculate the net force on the centre of clock whose radius is r

on a half side of clock q charges are present and on the other side -q charges are present. Calculate the net force on the centre of clock whose radius is r

1 Answers

Think You Can Provide A Better Answer ?

Other Related Questions on Electrostatics

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Design classes One-on-One in your own way with Top IITians/Medical Professionals

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