Podcast
Questions and Answers
What does the principal quantum number, n, determine in a hydrogenic atom?
What does the principal quantum number, n, determine in a hydrogenic atom?
- The spin quantum number
- The z-component of angular momentum
- The magnitude of angular momentum
- The energy (correct)
Which quantum number determines the magnitude of angular momentum in a hydrogenic atom?
Which quantum number determines the magnitude of angular momentum in a hydrogenic atom?
- Principal quantum number, n
- Spin quantum number, ms
- Magnetic quantum number, ml
- Orbital angular momentum quantum number, l (correct)
What is the range of values the magnetic quantum number ml can take in a hydrogenic atom?
What is the range of values the magnetic quantum number ml can take in a hydrogenic atom?
- +1/2, -1/2
- +1, -1
- +l, -l (correct)
- +1, -1, +2, -2
Which quantum number is an inherent property of an electron in a hydrogenic atom?
Which quantum number is an inherent property of an electron in a hydrogenic atom?
What is the mathematical relationship for calculating the energy of a hydrogenic atom with the principal quantum number n?
What is the mathematical relationship for calculating the energy of a hydrogenic atom with the principal quantum number n?
In a hydrogenic atom, how does the energy change when an electron drops from principal quantum number n1 to n2?
In a hydrogenic atom, how does the energy change when an electron drops from principal quantum number n1 to n2?
What determines the spacing between energy levels in a hydrogenic atom?
What determines the spacing between energy levels in a hydrogenic atom?
What does the Rydberg constant describe in the context of hydrogenic atoms?
What does the Rydberg constant describe in the context of hydrogenic atoms?
What do the quantum numbers l and ml describe in a hydrogenic atom?
What do the quantum numbers l and ml describe in a hydrogenic atom?
What property is not dependent on the quantum numbers l, ml, and ms in a hydrogenic atom's Schrödinger Equation solution?
What property is not dependent on the quantum numbers l, ml, and ms in a hydrogenic atom's Schrödinger Equation solution?
