In hydrogen atom, the electron moves in an orbit of radius `0.5overset@A` making `10^(16)` rps. Calculate the magnetic moment associated with the orbital motion of the electron.

In a hydrogen atom , an electron of charge e revolves in an orbit of radius r with speed v . Find the magnetic moment associated with the electron .

In a hydrogen atom , an electron of charge e revolves in an orbit of radius r with speed v . Find the resulting magnetic moment of the electron .

An electron in a circular orbit of radius 0.05nm performs 10^(16) revolutions per second. The magnetic moment due to this rotation of electron is (in A . m^(2) )

An electron in a circular orbit of radius .05 nm performs 10^(16) revolutions per second. The magnetic moment due to this rotation of electron is (in A m^2 )

In a hydrogen atom, an electron of charge e revolves in an orbit of radius r with speed v. Find the magnitude of the resulting magnetic moment of the electron.

The radius of the first electron orbit of a hydrogen atom is 0.5overset@A . The electron moves in this orbit with a uniform speed of 2.2xx10^6 m/s . What is the magnetic field produced at the centre of the nucleus due to the motion of this electron?

An electron in an atom is moving in a circular in a circular orbit of radius 0.53Å . If the frequency of revolution is 10^(10)MHz , what is the magnetic dipole moment equivalent to the orbit of the electron ?

The radius of the first electron orbit of a hydrogen atom is 0.5Å . The electron moves in this orbit with a uniform speed of 2.2xx10^(6)m.s^(-1) . What is the magnetic field produced at the centre of the nucleus due to the motion of this electron?