A clock has charges on it’s circumference as shown in the figure. A charge of 1 coulomb is taken at the centre and radius is R. The net force on the charge having 1 coulomb has to be found out.

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Saurabh Koranglekar · Answer

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A clock has charges on it’s circumference as shown in the figure. A charge of 1 coulomb is taken at the centre and radius is R. The net force on the charge having 1 coulomb has to be found out.

A clock has charges on it’s circumference as shown in the figure. A charge of 1 coulomb is taken at the centre and radius is R. The net force on the charge having 1 coulomb has to be found out.

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A clock has charges on it’s circumference as shown in the figure. A charge of 1 coulomb is taken at the centre and radius is R. The net force on the charge having 1 coulomb has to be found out.

A clock has charges on it’s circumference as shown in the figure. A charge of 1 coulomb is taken at the centre and radius is R. The net force on the charge having 1 coulomb has to be found out.

1 Answers

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