\left. \begin{array} { l } { \text { electrons with } n = 3,1 = 3 \tex

1.	\left. \begin{array} { l } { \text { electrons with } n = 3,1 = 3 \text { is } } \\ { ( B ) \quad 10 } \end{array} \right.
Answer» when n = 3 , L can be only 0,1,2 so, no electons will be there in L = 3 option D plz explain it more clearly this is again the definition... for N = 3 , L can be up to number < 3 => 0,1,2 so, there can't be L = 3 for n = 3 , => 0 electons also, L = 3 means f orbitals and have your heard about 3f orbital ?? because there is not any..

\left. \begin{array} { l } { \text { electrons with } n = 3,1 = 3 \text { is } } \\ { ( B ) \quad 10 } \end{array} \right.

Answer»

when n = 3 , L can be only 0,1,2

so, no electons will be there in L = 3

option D

plz explain it more clearly

this is again the definition...

for N = 3 , L can be up to number < 3 => 0,1,2

so, there can't be L = 3 for n = 3 , => 0 electons

also, L = 3 means f orbitals and have your heard about 3f orbital ?? because there is not any..