A neutral atom of atomic mass number I 00 which is stationary at the origin in gravity free space emits an a-particle (A) in z-direction. The product ion is P. A uniform magnetic field exists in the x-direction. Disregard the electromagnetic interaction between A and P. If the angle ofrotation of A after which A and P will meet for the first time is `(npi)/(25)` radians, what is the value of n?

A neutral atom of atomic mass number 100 which is stationary at the origin in gravity free space emits an alpha -particle (A) in z-direction. The product ion is P. A uniform magnetic field exists in the x-direction. Disregard the electromagnetic interaction between A and P. If the angle of rotation of A after which A and P will meet for the first time is (npi)/(25) radians, what is the value of n?

What will be the path of a charged particle moving along the direction of a uniform magnetic field?

What will be the path of a charged particle moving along the direction of a uniform magnetic field?

A charged particle begins to move from the origin in a region which has a uniform magnetic field in the x-direction and a uniform electric field in the y-direction. Its speed is v when it reaches the point (x, y, z). Then, v will depend

A charged particle begins to move from the origin in a region which has a uniform magnetic field in the x-direction and a uniform electric field in the y-direction. Its speed is v when it reaches the point (x, y, z). Then, v will depend