A hydrogen atom is in p state in M shell. (a) If this hydrogen atom absorbs a photon, it gets excited to the d state in N shell. Draw the energy level diagram of the initial and final hydrogen state and find the wavelength of the photon absorbed. (b) Find the angular momentum of hydrogen in the final state and write down its quantum numbers. (c) After magnetic field of 2 T is applied, hydrogen assumes the lowest energy level. What are the magnetic quantum number in this state and z-component of the angular momentum?
A hydrogen atom is in p state in M shell. (a) If this hydrogen atom absorbs a photon, it gets excited to the d state in N shell. Draw the energy level diagram of the initial and final hydrogen state and find the wavelength of the photon absorbed. (b) Find the angular momentum of hydrogen in the final state and write down its quantum numbers. (c) After magnetic field of 2 T is applied, hydrogen assumes the lowest energy level. What are the magnetic quantum number in this state and z-component of the angular momentum?
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A hydrogen atom is in p state in M shell.
(a) If this hydrogen atom absorbs a photon, it gets excited to the d state in N shell. Draw
the energy level diagram of the initial and final hydrogen state and find the
wavelength of the photon absorbed.
(b) Find the angular momentum of hydrogen in the final state and write down its
quantum numbers.
(c) After magnetic field of 2 T is applied, hydrogen assumes the lowest energy level.
What are the magnetic quantum number in this state and z-component of the angular
momentum?
(d) Find the value of energy shift in hydrogen state due to magnetic field effect.
(e) How much energy (in electron volts) does it take to ionize hydrogen in d state in N
shell, while the magnetic field is turned on.
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