Easy
Which of the following orbitals is non-directional?
- A$s$
- B$p$
- C$d$
- D$f$
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Similar Questions
Match the quantum numbers with the information provided:
Quantum Number Information $(1)$ Principal quantum number $(A)$ Spatial orientation of the orbital $(2)$ Azimuthal quantum number $(B)$ Energy and size of the orbital $(3)$ Magnetic quantum number $(C)$ Electron spin $(4)$ Spin quantum number $(D)$ Shape of the orbital
| Quantum Number | Information |
| $(1)$ Principal quantum number | $(A)$ Spatial orientation of the orbital |
| $(2)$ Azimuthal quantum number | $(B)$ Energy and size of the orbital |
| $(3)$ Magnetic quantum number | $(C)$ Electron spin |
| $(4)$ Spin quantum number | $(D)$ Shape of the orbital |
Medium
View SolutionThe Aufbau principle is obeyed in which of the following electronic configurations?
Easy
View Solution$A$: The energy of an electron can be determined by the principal quantum number.
$R$: The principal quantum number $(n)$ determines the possible distance of the electron from the nucleus.
$R$: The principal quantum number $(n)$ determines the possible distance of the electron from the nucleus.
Medium
View SolutionThe energy of orbitals in a hydrogen atom can be determined by which of the following quantum numbers?
Difficult
View SolutionThe sum of the number of angular nodes and radial nodes for a $4d$ orbital is:
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