a 0.262 kg ball, containing a net charge of -151.9 mc, is thrown horizontally into a region of uniform magnetic field of field strength 10 tesla. the ball is traveling perpendicular to the b-field at the instant it is thrown, and at that moment, it is known to be traveling at v

Answer :

At the instant it is thrown, the ball is known to be moving perpendicular to the b-field and is moving at velocity v and time taken is 1.259*10^-3 sec

F=Q(V*B)

V=velocity vector

B=magnetic field vector

q=charge

F=q(Vi*b-k)

=q|v||b|j

|Fb|=q|V|B|

t=D/v

t=2518/20000sec=1.259*10^-3sec

During the time t, the deflection of charge is negtive y direction

y=Vt+1/2at²

y=1/2ayt²

a=acceleration is -ve y direction

=Fb/m

m=mass of charge

Fb=magnetic force

ay=q|V||B|/m

q=-158.85 mc

ay=1.24*10⁵m/s

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