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Two particles of masses m, and m, at a distance R from each other are under the influence of an at- tractive force F. If the two masses undergo uniform circular motion about each other with an an- gular velocity w, show that m,m2 F = my + m," (1/m,) + (1/m,)

Two particles of masses m, and m, at a distance R from each other are under the influence of an at- tractive force F. If the two masses undergo uniform circular motion about each other with an an- gular velocity w, show that m,m2 F = my + m," (1/m,) + (1/m,)

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Two partieles of masses m, and m, at a distance R from each other are under the influence of an at- tractive force F. If the two masses undergo uniform circular motion about each other with an an- gular velocity w, show that w'R F m, + m2} (1/m,) + (1/m,)
Transcribed Image Text:Two partieles of masses m, and m, at a distance R from each other are under the influence of an at- tractive force F. If the two masses undergo uniform circular motion about each other with an an- gular velocity w, show that w'R F m, + m2} (1/m,) + (1/m,)
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