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A particle of mass m and charge q is projected with a velocity vo ina viscous medium, where a uniform and constant magnetic field of induction B exists everywhere in a direction perpendicular to the direction of projection of the particle. The force of viscous drag on the particle is given by the lawf=-bü, where b is a positive constant and ū is velocity of the particle. Find distance travelled by the particle during a time interval from the instant of projection until velocity vector turns by 27radians. As. a %3D muo

A particle of mass m and charge q is projected with a velocity vo ina viscous medium, where a uniform and constant magnetic field of induction B exists everywhere in a direction perpendicular to the direction of projection of the particle. The force of viscous drag on the particle is given by the lawf=-bü, where b is a positive constant and ū is velocity of the particle. Find distance travelled by the particle during a time interval from the instant of projection until velocity vector turns by 27radians. As. a %3D muo

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A particle of mass m and charge q is projected with a velocity uo in a viscous medium, where a uniform and constant magnetic field of induction B exists everywhere in a direction perpendicular to the direction of projection of the particle. The force of viscous drag on the particle is given by the law f = -bū, where b is a positive constant and ū is velocity of the particle. Find distance travelled by the particle during a time interval from the instant of projection until velocity vector turns by 27 radians. As. Soln in Page 14 -†S. %3D muo [i- exp (-28b) NEED STEP BY STEP ZAND CORRECT ANSWER WRONG AND COPIED ANSWER GIVES U 5 DOWNVOTES NOW CHOICE IS YOURS
Transcribed Image Text:A particle of mass m and charge q is projected with a velocity uo in a viscous medium, where a uniform and constant magnetic field of induction B exists everywhere in a direction perpendicular to the direction of projection of the particle. The force of viscous drag on the particle is given by the law f = -bū, where b is a positive constant and ū is velocity of the particle. Find distance travelled by the particle during a time interval from the instant of projection until velocity vector turns by 27 radians. As. Soln in Page 14 -†S. %3D muo [i- exp (-28b) NEED STEP BY STEP ZAND CORRECT ANSWER WRONG AND COPIED ANSWER GIVES U 5 DOWNVOTES NOW CHOICE IS YOURS
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