Easy
The principal quantum number of an atom is related to the:
- Aorientation of the orbital in space
- Borbital angular momentum
- Cspin angular momentum
- Dsize of the orbital
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Similar Questions
What would be the electronic configuration of $Cs (Z=55)$ in each case?
$(a)$ If there were three possibilities of the electron spin.
$(b)$ If the quantum number,$l$,could have the value $n$,and if all the rules governing electron configuration were otherwise valid.
$(a)$ If there were three possibilities of the electron spin.
$(b)$ If the quantum number,$l$,could have the value $n$,and if all the rules governing electron configuration were otherwise valid.
Which orbital among the following has zero radial nodes and $2$ angular nodes?
According to the Aufbau principle,which orbital is filled with electrons immediately after the $5f$ orbital?
Difficult
View SolutionIn an atom,how many orbital$(s)$ will have the quantum numbers $n = 3, l = 2$ and $m_l = +2$?
Which of the following does not follow the Aufbau principle?
Easy
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