an electric revolving in the boats first orbit of hydrogen atom produces magnetic field b at the nucleus if this electron jumps to s r b and rewards and thefield at the nucleus is
Answer (1)
5th Jul, 2022
We know that the current that the electron will be emitting when it is in it's original state is e/T, or which is ev/(2*pi*r).
So, the field at the centre will be (mu*e*v)/(4*pi*r^2) = B.
Now, from this relation we can easily observe that B is inversely proportional to n^3. So, if the electron jumps from n=1 to n=2, then the magnetic field will reduce by a factor or 2^3 or 8. So, the new field is B/8.
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