Q.4/A sample for a certain element, is be inserted inside a magnetic field (B =0.3 T). What are the splits between Zeeman lines for the spectral line with wavelength(4500 A)? ..........
Q.4/A sample for a certain element, is be inserted inside a magnetic field (B =0.3 T). What are the splits between Zeeman lines for the spectral line with wavelength(4500 A)? ..........
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![Q.4/A sample for a certain element, is be inserted inside a magnetic
field (B =0.3 T). What are the splits between Zeeman lines for the
spectral line with wavelength(4500 A)?
Exercises
Q.1/ The wave function of the electron in (H-atom) that depends on the
variable (9) only is (@) = 1v2n eimlp
When(mi =2), prove that the wave function is a solution for the
differential equation which depends on variable (@) only of Schroding s.
equation in (H-atom).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc715ad6e-bd7d-4b39-a72e-1d5cb2e2237a%2F2fed2b1d-8e48-40a7-ba16-58e2bb9b3091%2Flm0rasn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q.4/A sample for a certain element, is be inserted inside a magnetic
field (B =0.3 T). What are the splits between Zeeman lines for the
spectral line with wavelength(4500 A)?
Exercises
Q.1/ The wave function of the electron in (H-atom) that depends on the
variable (9) only is (@) = 1v2n eimlp
When(mi =2), prove that the wave function is a solution for the
differential equation which depends on variable (@) only of Schroding s.
equation in (H-atom).
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