The anomalous Zeeman effect occurs because electrons have intrinsic spin, and when placed in a magnetic field, lose their degeneracy for the __________ states with different ________ . Fill in the missing words.
[Ques. 2] Choose the statement below that does NOT help explain why the ionization energy of cadmium is so much larger than that of indium.
[Ques. 3] Some elements like iron, cobalt, and holmium make very good natural magnets. Which of the following statements best describes why?
[Ques. 4] The anomalous Zeeman effect is different from the normal Zeeman effect because
[Ques. 5] Following selection rules for multi-electron atoms, imagine a titanium atom in the ground state with two electrons in each of the 3
d and 4
s shells. In the 3
d shell, which of the following scenarios is least likely to be true?
[Ques. 6] Which of the following statements is true about the spin-orbit coupling effects on the transitions of an atom such as sodium? Assume sodium is modeled by a single electron atom.
[Ques. 7] The energy levels of a single-electron atom (or the approximation for one electron outside of a filled shell) can be split due to a relationship between the spin and the orbital angular momentum. Choose the statement that best explains why this occurs.
[Ques. 8] Although it seems intuitive that electrons in atoms should fill the 1
s shell, 2
s shell, 2
p shell, 3
s shell and so on in order of principal quantum number and orbital angular momentum quantum number, this is not the case. For instance, the 4
s subshell fills before the 3
d subshell. Which of the following statements does NOT help explain why this occurs?
[Ques. 9] Use the Pauli exclusion principle to determine how many electrons can fill a single
g subshell.
[Ques. 10] Assuming the Hubble constant is (21 km/s)/(106 ly), what is the recession speed of a galaxy 300 million parsecs away? (1 parsec = 3.26 ly)
a. 4200 km/s
c. 640 km/s
b. 21,000 km/s
d. 7000 km/s