A protons , a deuteron and an alpha-particle are accelerated through the same p.d of `V` volt. The velocities acquired by them are in the ratio

An electron is accelerated through a p.d of 25.5 volt. The velocity acquired by it is (in ms)

A proton a deutron and an alpha particle are accelerated through potentials of V, 2V and 4V respectively. Their velocity will bear a ratio

A proton a deutron and an alpha particle are accelerated through potentials of V, 2V and 4V respectively. Their velocity will bear a ratio

A proton a deutron and an alpha particle are accelerated through potentials of V, 2V and 4V respectively. Their velocity will bear a ratio

An electron is accelerated through a.p.d of 45.5 volt. The velocity acquired by it is (in ms^(-1) )

An electron is accelerated through a.p.d of 45.5 volt. The velocity acquired by it is (in ms^(-1) )

A proton, a deuteron and an alpha particle, are accelerated through the same potential difference and then subjected to a unifrom magnetic field vecB , perpendicular to the direction of their motions. Compare (i) their kinetic energies, and (ii) if the radius of the ciruclar path described by proton is 5 cm, determine the radii of the paths described by deuteron and alpha partcile.

A proton, a deuteron and an alpha particle, are accelerated through the same potential difference and then subjected to a unifrom magnetic field vecB , perpendicular to the direction of their motions. Compare (i) their kinetic energies, and (ii) if the radius of the ciruclar path described by proton is 5 cm, determine the radii of the paths described by deuteron and alpha partcile.

A proton, a deuteron and an alpha particle are accelerated through same potential difference and then they enter a normal uniform magnetic field, the ratio of their kinetic energies will be

An alpha -particle is accelerated through a.p.d of 10^(6) volt the K.E. of particle will be