Visualization of Nodes in f-orbitals

Assertion : 2s-orbital has one node. Reason : Number of nodes in an orbital is equal to (n - l -1) value.

The number of nodes in 3p orbital

The number of radial and angular nodes in 3p orbital are

Total number of nodes, angular nodes and the radial nodes in case of 4f orbital respectively are

Assertion (A) : There are two spherical nodes in 3s orbital Reason (R ) : There is no planqaqr nodes in 3s orbital.

Nodes |p-Orbitals|d-Orbitals|Calculation Of Nodes|Periodic Table Of The Elements|Questions|Summary

Nodes |p-Orbitals|d-Orbitals|Calculation Of Nodes|Periodic Table Of The Elements|Questions|Summary

Statement-I : There are two spherical nodes in 3s-orbital. Because Statement-II : There is no angular node in 3s-orbital.