A charged particle is whirled in a horizontal circle on a frictionless table by attaching it to a string fixed at one point.
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It may increase or decrease, the direction of magnetic field is not defined.
There will be a Lorentz force on the charged particle which will be perpendicular to both magnetic field and tangential velocity of charge. The direction of force can be found using right hand thumb rule. Point the first finger in the direction of tangential velocity, second finger along magnetic field, thumb will point in the direction of force.
There will be a Lorentz force on the charged particle which will be perpendicular to both magnetic field and tangential velocity of charge. The direction of force can be found using right hand thumb rule. Point the first finger in the direction of tangential velocity, second finger along magnetic field, thumb will point in the direction of force.
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ANSWER:-
➡️The direction of magnetic field and the sign of the charge is not defined so the tension in the string may increase or decrease.
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