question_answer

Consider following compound A to E.

(a)\[Xe{{F}_{n}}\]

(b)\[XeF_{^{(n+1)}}^{+}\]

(c) \[XeF_{\left( n+1 \right)}^{-}\]

(d)\[Xe{{F}_{\left( n+2 \right)}}\]

(e) \[XeF_{(n+4)}^{2-},\]

If value of n is 4, then calculate value of \[''p\,\,\div \,\,q''\]here, \['p'\]is total number of bond pair and 'q' is total number of lone pair on central atoms of compounds A to E.

Answer:

4.00