The Born-Mayer equation is given as - -VL = NAZAZ ² 4.лε do 1. Comment on the effects of the charge and size of the anion(s) and cation(s) on the lattice energy. al ²² (₁-4) ₁ A 2. Use the Born-Mayer equation to calculate the lattice energy (4H) of NaF using the information given below: A (Rock salt) = 1.748; d = 34.5 pm; r (Na*) = 116 pm; r (F) = 119 pm (1 pm = 10-¹2 m); NAе²/(4T) = 1.389 x 104 J m mol-¹.

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Chemical Engineering
The Born-Mayer equation is given as
- VL
=
1²0/²² (1-1) ₁
A
NAZAZB|e²
4.лεodo
1. Comment on the effects of the charge and size of the anion(s) and cation(s) on the lattice
energy.
2. Use the Born-Mayer equation to calculate the lattice energy (4H) of NaF using the information
given below: A (Rock salt) = 1.748; d = 34.5 pm; r (Na+) = 116 pm; r (F) = 119 pm (1 pm = 10-12
m); NAе²/(4T) = 1.389 x 104 J m mol¹¹.
Transcribed Image Text:Chemical Engineering The Born-Mayer equation is given as - VL = 1²0/²² (1-1) ₁ A NAZAZB|e² 4.лεodo 1. Comment on the effects of the charge and size of the anion(s) and cation(s) on the lattice energy. 2. Use the Born-Mayer equation to calculate the lattice energy (4H) of NaF using the information given below: A (Rock salt) = 1.748; d = 34.5 pm; r (Na+) = 116 pm; r (F) = 119 pm (1 pm = 10-12 m); NAе²/(4T) = 1.389 x 104 J m mol¹¹.
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