The quantum-mechanical model for the hydrogen atom uses several quantum numbers to describe various properties of the atom's electron-properties that collectively describe the state of the atom. (a) When the principal quantum number is n- 4, for a hydrogen atom, how many different values can the orbital quantum number, t, assume? O 2 (b) When the principal quantum number is n- 4, for a hydrogen atom, how many different values can be held by the orbital magnetic quantum number, m,? (Assume that the orbital quantum number t is at its largest allowable value for an atom with n- 4.)
The quantum-mechanical model for the hydrogen atom uses several quantum numbers to describe various properties of the atom's electron-properties that collectively describe the state of the atom. (a) When the principal quantum number is n- 4, for a hydrogen atom, how many different values can the orbital quantum number, t, assume? O 2 (b) When the principal quantum number is n- 4, for a hydrogen atom, how many different values can be held by the orbital magnetic quantum number, m,? (Assume that the orbital quantum number t is at its largest allowable value for an atom with n- 4.)
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Transcribed Image Text:The quantum-mechanical model for the hydrogen atom uses several quantum numbers to describe various properties of the atom's
electron-properties that collectively describe the state of the atom.
(a) When the principal quantum number is n- 4, for a hydrogen atom, how many different values can the orbital quantum
number, t, assume?
3
6.
(b) When the principal quantum number is n- 4, for a hydrogen atom, how many different values can be held by the orbital
magnetic quantum number, m,? (Assume that the orbital quantum number t is at its largest allowable value for an atom with
n- 4.)
O5
6.
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