an electron in the ground state of the hydrogen a

Question

an electron in the ground state of the hydrogen atom is revolving in the anti-clockwise direction in a circular orbit. the atom is placed normal to the electron orbit and makes 30 degrees with the magnetic field. find the torque experienced by the electron

Arun · Accepted Answer

The electron performs uniform circular motion with period of revolution T. If R is the radius of the orbit, v is the orbital velocity, then,current =magnetic moment is given by M= current X Areamultiplying and dividing by mass	The revolving electron forms a dipole with a dipole moment derived above, so, the torque acting on a dipole due to a magnetic field is given by.

Magnetism> an electron in the ground state of the hy...

an electron in the ground state of the hydrogen atom is revolving in the anti-clockwise direction in a circular orbit. the atom is placed normal to the electron orbit and makes 30 degrees with the magnetic field. find the torque experienced by the electron

jay , 6 Years ago

Arun

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Magnetism> an electron in the ground state of the hy...

an electron in the ground state of the hydrogen atom is revolving in the anti-clockwise direction in a circular orbit. the atom is placed normal to the electron orbit and makes 30 degrees with the magnetic field. find the torque experienced by the electron

jay , 6 Years ago

Arun

LIVE ONLINE CLASSES

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