In a polar solvent, `PCl_(5)` undergoes an ionisatin reaction as :
`" "2PCl_(5)hArrPCl_(4)^(+)+PCl_(6)^(-)`
What are the geometrical shapes of the species involved in the equilibrium mixture ?

In a polar solvent, PCl_(5) undergoes an ionisation reaction as : " "2PCl_(5)hArrPCl_(4)^(+)+PCl_(6)^(-) What are the geometrical shapes of the species involved in the equilibrium mixture ?

In a polar solvent, PCl_(5) undergoes an ionization reaction as : " "2PCl_(5)hArrPCl_(4)^(+)+PCl_(6)^(-) What are the geometrical shapes of the species involved in the equilibrium mixture ?

In a certain polar solvent, PCl_(5) undergoes ioonisation as follows: 2PC l_(5) hArr PCl_(4)^(+)+PCl_(6)^(-) , predict geometrical shapes of all the species involved.

In certain polar solvent, PCl_5 undergoes ionisation as follows: 2PCl_5 overset(rightarrow) PCl_4^+ + PCl_6^- . Predict geometrical shapes of all the species involved.

In the gas phase PCl_(5) exists as individual molecules but in the solid it takes on the ionic structure PCl_(4)^(+)PCl_(6)^(-) . What are the geometries of these three species?

Read the following short write-up and answer the questions at the end of it. In certain polar solvents PCl_(5) undergoes an ionisation reaction in which Cl^(-) ion leaves one PCl_(5) molecule and attach itself to another. 2PCl_(5)rarrPCl_(4)^(+)+PCl_(6)^(-) Number of lone pairs around phosphorus in PCl_(5),PCl_(4)^(+) and PCl_(6)^(-) are respectively :

In the soild state , PCl_(5) exists in the lonic form as [PCl_(4)]^(+) [PCl_(6)]^(-) . What are the shapes of these two ions ? Why ?

Read the following short write-up and answer the questions at the end of it. In certain polar solvents PCl_(5) undergoes an ionisation reaction in which Cl^(-) ion leaves one PCl_(5) molecule and attach itself to another. 2PCl_(5)rarrPCl_(4)^(+)+PCl_(6)^(-) Select incorrect statement(s).