1. How do the solutions to the Schrodinger equation relate to a system? a) They
ID: 2112585 • Letter: 1
Question
1. How do the solutions to the Schrodinger equation relate to a system?
a) They identify the exact locations of electrons.
b) They determine the atomic numbers Z of atoms.
c) They measure the stability of the atomic nucleus.
d) They represent the possible physical states.
2. Which characteristics is true of the solutions to the Schrodinger equation?
a) Their angular momentum is undefined.
b) They have quantized values of angular momentum.
c) They describe states in which the vector L is totally aligned along the z-axis.
d) They prove that measures of angluar momentum are continuous over a range.
3. The Bohr model describes a single quantum number n. How many quantum numbers are defined when the Schrodinger equation is applied to the study of an atom?
a) 0
b) 2
c) 1
d) 3
Explanation / Answer
1) d) They represent the possible physical states.
2)
b) They have quantized values of angular momentum.
3)
d)3
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