Difficult
The number of radial (spherical) nodes in a $4p$ orbital is $....$.
- A$4$
- B$2$
- C$9$
- D$3$
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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 SolutionWhich of the following orbitals has the least energy?
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View Solution"Pairing of electrons in the orbitals belonging to the same subshell does not occur unless each orbital belonging to that subshell has got one electron each." This statement is known as
How many exchange pairs are possible for a $3d^5$ electronic configuration?
Difficult
View SolutionWhich of the following represents the correct set of four quantum numbers for a $4d$ electron?
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