A particle having charge q=10muC and mass m = 3 mg has a velocity vecv = (10 cm) (hati+2hatj) at t =0 at origin. There exists a uniform magnetic fieldvecB=0.6 piT hati. Another uncharged particle is moving with a constant velocity along negative x-axis. At t =0 its x coordinate is +50 cm. The two particles collide and stick together and the combined mass goes in a circular path. Find the possible values of the mass of the uncharged particle .

A particle having charge q=10muC and mass m = 3 mg has a velocity vecv

1.	A particle having charge q=10muC and mass m = 3 mg has a velocity vecv = (10 cm) (hati+2hatj) at t =0 at origin. There exists a uniform magnetic fieldvecB=0.6 piT hati. Another uncharged particle is moving with a constant velocity along negative x-axis. At t =0 its x coordinate is +50 cm. The two particles collide and stick together and the combined mass goes in a circular path. Find the possible values of the mass of the uncharged particle .
Answer» ANSWER :3/4 , 2, 9/2 or 12 MILLIGRAM

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