A ring mass `m` and radius `R` has three particle attached to the ring as shown in the figure. The centre of the centre `v_(0)`. Find the kinetic energy of the system. (Slipping is absent). .A. `6mv_(0)^(2)`B. `12mv_(0)^(2)`C. `4mv_(0)^(2)`D. `8mv_(0)^(2)`

A ring mass `m` and radius `R` has three particle attached to the ring

1.	A ring mass `m` and radius `R` has three particle attached to the ring as shown in the figure. The centre of the centre `v_(0)`. Find the kinetic energy of the system. (Slipping is absent). .A. `6mv_(0)^(2)`B. `12mv_(0)^(2)`C. `4mv_(0)^(2)`D. `8mv_(0)^(2)`
Answer» Correct Answer - A

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A ring mass `m` and radius `R` has three particle attached to the ring as shown in the figure. The centre of the centre `v_(0)`. Find the kinetic energy of the system. (Slipping is absent). .A. `6mv_(0)^(2)`B. `12mv_(0)^(2)`C. `4mv_(0)^(2)`D. `8mv_(0)^(2)`

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