Difficult
The number of radial (spherical) nodes in a $4p$ orbital is $....$.
- A$4$
- B$2$
- C$9$
- D$3$
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How many radial nodes are present in $4s$ and $3s$ orbitals respectively?
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View SolutionAccording to the Aufbau principle,what is the correct order of energy for $3d$,$4s$,and $4p$ orbitals?
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View SolutionMatch the $LIST$-$I$ with $LIST$-$II$:
List-$I$ (Orbital) List-$II$ (Radial nodes and nodal plane) $A$. $2s$ $I$. $1$ Radial node + two nodal planes $B$. $3s$ $II$. $1$ Radial node + one nodal plane $C$. $3p$ $III$. $2$ Radial nodes + No nodal plane $D$. $4d$ $IV$. $1$ Radial node + No nodal plane
| List-$I$ (Orbital) | List-$II$ (Radial nodes and nodal plane) |
| $A$. $2s$ | $I$. $1$ Radial node + two nodal planes |
| $B$. $3s$ | $II$. $1$ Radial node + one nodal plane |
| $C$. $3p$ | $III$. $2$ Radial nodes + No nodal plane |
| $D$. $4d$ | $IV$. $1$ Radial node + No nodal plane |
DifficultJEE MAIN 2026
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