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

Explanation

Born Haber cycle for the formation of `CaCl_2`
`Ca_((s)) + Cl_(2(l)) to CaCl_(2(s)) DeltaH_f^@`
Sublimation : `Ca_((s)) to Ca_((g)) =DeltaH_1^@`
Ionization : `Ca_((g)) to Ca_((g))^(2+) + 2e^(-) =DeltaH_2^@`
Vapourisation : `Cl_(2(l)) to Cl_(2(g)) =DeltaH_3^@`
Dissociation : `Cl_(2(g)) to 2Cl_((g)) =DeltaH_4^@`
Electron affinity : `2Cl_((g)) + 2e^(-) to 2Cl_((g))^(-) =DeltaH_5^@`
Lattice enthalpy : `Ca_((g))^(2+) +2Cl_((g))^(-) to CaCl_(2(s)) =DeltaH_6^@`
`DeltaH_f^@ =DeltaH_1^@ +DeltaH_2^@ +DeltaH_3^@ +DeltaH_5^@ +DeltaH_6^@`