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Q.

A particle of charge Q and mass m moves in a circular path of radius R in a uniform magnetic field of magnitude B. The same particle now moves with the same speed in a circular path of same radius R in the space between the cylindrical electrodes of the cylindrical capacitor. The radius of the inner electrode is R/2 while that of the outer electrode is 3R/2 . Then the potential difference between the capacitor electrodes must be

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a

QBR(In3)/m

b

Zero

c

QB2R2(In3)/2m

d

QB2R2(In3)/m

answer is C.

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Detailed Solution

Question Image

FER=FCP

Eq=mV2r

R=mVBqV=BqRm

λQ2πE0R=mR(BRQm)2

λ2πE0=B2R2Qm(1)

dV=EdrdV=λ2πE0.1rdr

V2V1=λ2πE0(lnr)8/23R/2

V2V1=B2R2Qm(ln3)

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A particle of charge Q and mass m moves in a circular path of radius R in a uniform magnetic field of magnitude B. The same particle now moves with the same speed in a circular path of same radius R in the space between the cylindrical electrodes of the cylindrical capacitor. The radius of the inner electrode is R/2 while that of the outer electrode is 3R/2 . Then the potential difference between the capacitor electrodes must be