Two particles `A and B` of masses ` m_(A) and m_(B)` respectively and having the same charge are moving in a plane . The speeds of the particles are ` v_(A) and v_(B)` respectively and the trajectories are as shown in the figure. Then A. `m_(A)v_(A)ltm_(B)v_(B)`B. `m_(A)v_(A)gtm_(B)v_(B)`C. `m_(A)ltm_(B)` and `v_(A)lt v_(B)`D. `m_(A)=m_(B)` and `v_(A)=v_(B)`

Two particles `A and B` of masses ` m_(A) and m_(B)` respectively and

1.	Two particles `A and B` of masses ` m_(A) and m_(B)` respectively and having the same charge are moving in a plane . The speeds of the particles are ` v_(A) and v_(B)` respectively and the trajectories are as shown in the figure. Then A. `m_(A)v_(A)ltm_(B)v_(B)`B. `m_(A)v_(A)gtm_(B)v_(B)`C. `m_(A)ltm_(B)` and `v_(A)lt v_(B)`D. `m_(A)=m_(B)` and `v_(A)=v_(B)`
Answer» Correct Answer - B

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