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  • Under the influence of a uniform magnetic field, a charged particle moves with constant speed V in a circle of radius R. The time period of rotation of the particle:<str

Under the influence of a uniform magnetic field, a charged particle moves with constant speed V in a circle of radius R. The time period of rotation of the particle:

Option: 1

depends on R and not on V


Option: 2

is independent of both V and R


Option: 3

depends on both V and R


Option: 4

depends on V and not on R


Answers (1)

As we learned in 

The time period of a charged particle in a uniform magnetic field is given as

T=frac{2pi m}{qB}

And It is independent of the speed of the particle (i.e V) and R

 

 

Posted by

Kshitij

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