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a particle of mass m, accelerated by a potential differece V flies through a uniform transverse magnetic field B. The magnetic field is spread in the thickness d. calculate the angle through which particle will deviate from the initial direction of motion.

a particle of mass m, accelerated by a potential differece V flies through a uniform transverse magnetic field B. The magnetic field is spread in the thickness d. calculate the angle through which particle will deviate from the initial direction of motion.

Grade:12

1 Answers

Pratham Ashish
17 Points
12 years ago

 hi ,

 velocity of particle  v = ( 2*q*V/m) 1/2

& radius of path , r = m*v /q*B

if d > r 

     than particl will cover one half circle & will leave at 180  angle deviated from initial

if  d= r

      than particl will cover one fourth of circle & will leave at 90  angle deviated from initial

 if   d < r

than  it will deviat  an angle of  sin^ -1 (d/r)

v

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