Write down the Born-Haber cycle for the formation of `CaCl_2`

Explanation

Born - Haber cycle for the formation of `CaCl_(2)`
Born - Haber cycle is used is used to calculate the lattice enthalpy of `CaCl_(2)`

`Delta^(@)H_(1)`- Enthalpy change for the sublimation of `Ca_((s)) " to " Ca_((g))`
`Delta^(@)H_(2)` - Enthalpy change for dissociation of `Cl_(2_((g))) " to " 2Cl_((g))`
`Delta^(@H_(3)` - Ionisation energy for `Ca_(g) " to "Ca_((g))^(2+)`
`Delta^(@)H_(4)` - Electron affinity for the conversion of `2Cl_((g)) to 2Cl_((g))^(-) `
`Delta^(@)H_(5)` - Lattice enthalpy for the formation of solid `CaCl_(2)`
`Delta^(@)H_(f)=Delta^(@)H_(1)+Delta^(@)H_(2)+Delta^(@)H_(3)+Delta^(@)H_(4)+Delta^(@)H_(5)`