A charged particle is in motion having initial velocity \(\overrightarrow{V}\) when it enter into a region of uniform magnetic field perpendicular to \(\overrightarrow{V}\). Because of the magnetic force the kinetic energy of the particle will(A) remain uncharged.(B) get reduced.(C) increase.(D) be reduced to zero.

A charged particle is in motion having initial velocity \(\overrightar

1.	A charged particle is in motion having initial velocity \(\overrightarrow{V}\) when it enter into a region of uniform magnetic field perpendicular to \(\overrightarrow{V}\). Because of the magnetic force the kinetic energy of the particle will(A) remain uncharged.(B) get reduced.(C) increase.(D) be reduced to zero.
Answer» Correct option is: (A) remain uncharged.