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An electron revolves anti-clockwise arou...

An electron revolves anti-clockwise around a proton in a hydrogen atom. The speed of electron is v and radius of its circular orbit is r. find
(i) The magnetic field produced at the centre
(ii) Magnetic dipole moment of circulating electron
(iii) The ratio of magnetic moment of angular momentum of electron
Strategy: A charge in motion constitutes current. Therefore, an electron moving on circle is equivalent to a current carrying loop

Text Solution

AI Generated Solution

To solve the problem step by step, we will address each part of the question systematically. ### Given: - Speed of the electron, \( v \) - Radius of the circular orbit, \( r \) - Charge of the electron, \( e \) - Mass of the electron, \( m \) ...
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