A particle of mass M is revolving along a circule of radius R and nother particle of mass m is revolving in a circle of radius r. If time periods of both particles are same

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A particle of mass M is revolving along a circule of radius R and nother particle of mass m is revolving in a circle of radius r. If time periods of both particles are same, then the ratio of their angular velocities is
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A particle of mass M is revolving along a circule of radius R and nother particle of mass m is revolving in a circle of radius r. If time periods of both particles are same, then the ratio of their angular velocities is A particle of mass M is revolving along a circule of radius [...]
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