) Now consider that the electron is subject to a magnetic field lying in the -plane...

Transcribed Image Text:

) Now consider that the electron is subject to a magnetic field lying in the -plane that makes an angle B with the z-axis, B = B2 + B"â. At t = 0 e electron is known to be in the S,-eigenstate with eigenvalue h/2. Determine the eigenstates and eigenvalues of the Hamitonian operator. Find the state ket of the electron after a time t. ) Now consider that the electron is subject to a magnetic field lying in the -plane that makes an angle B with the z-axis, B = B2 + B"â. At t = 0 e electron is known to be in the S,-eigenstate with eigenvalue h/2. Determine the eigenstates and eigenvalues of the Hamitonian operator. Find the state ket of the electron after a time t.