Show that 3d subshell can accommodate at most 10 electrons.

Show that P orbital can accomodate at least 6 electrons.

Establish that an orbital can accomodate at most two electrons with their spin anti-parallel.

‘d subshell can accomodate a maximum of 10 electrons’-Justify this statement.

Show that an orbital cannot accommodate more than two electrons in it. For how many electrons of Cl atom, n+l=3.

Show that an orbital cannot accommodate more than two electrons in it.

A principal shell having the highest energy subshell to the 'g' can accommodate electrons to a maximum of-

If each orbital can accommodate maximum of four electrons,, the number of elements in the third period of the periodic table will be-

Show that at most eight electrons can be accommodated in n = 2.

The 4f-subshell of an atom contains 12 electrons. What is the maximum number of electrons having spin in the same direction?

Why 2p-subhsell has the capacity to accommodate more electrons than 2s-subshell? (2) Arrange the followinng sets of electrons in order of decreasingg energy. (a) n=4, l=0, m=0, s= +(1)/(2) (b) n=3, l=1,m=1,s=-(1)/(2) (c) n=3,l=2,m=0,s=+(1)/(2) (d) n=3,l=0, m=0, s=-(1)/(2) . (3) Which is the lowest principal energy level that permits the existence of 'g' sub-shell?