[" 38.Two particles having mass "M" and ...

[" 38.Two particles having mass "M" and "m" arc moving "],[" in a circular path having radius "R" and "r" .If their "],[" time period are same then the ratio of angular "],[" velocity will be "],[[" (a) "(r)/(R)," (b) "(R)/(r)],[" (c) "1," (d) "sqrt((R)/(r))" ,"46]]

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Two particles having mass M and m are moving in a circular path having radius R and r. If their time period are same then the ratio of angular velocity will be

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Two particles having masses M and m are moving in a circular path having radii R and r respectively. If their periods are same, then the ratio of their angular velocities will be

[" 38.Two particles having mass "M" and "m" arc moving "],[" in a circular path having radius "R" and "r" .If their "],[" time period are same then the ratio of angular "],[" velocity will be "],[[" (a) "(r)/(R)," (b) "(R)/(r)],[" (c) "1," (d) "sqrt((R)/(r))" ,"46]]

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