4. Ionic bonding: Calculate the potential energy for an ion in a sodium chloride crystal (the lattice parameter a is 2.81 À) in units of electron volts and joules. Neglect the influence of the repulsive potential. From this, calculate the lattice energy of sodium chloride in units of joules per mole. Calculate also the cohesive energy in the same units.
4. Ionic bonding: Calculate the potential energy for an ion in a sodium chloride crystal (the lattice parameter a is 2.81 À) in units of electron volts and joules. Neglect the influence of the repulsive potential. From this, calculate the lattice energy of sodium chloride in units of joules per mole. Calculate also the cohesive energy in the same units.
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4) Hi, Can you solve the question and make explanation each step please? and if you are gonna use handwrite please make sure that it is readable thank you.
Transcribed Image Text:4. Ionic bonding: Calculate the potential energy for an ion in a sodium chloride crystal
(the lattice parameter a is 2.81 À) in units of electron volts and joules. Neglect the
influence of the repulsive potential. From this, calculate the lattice energy of
sodium chloride in units of joules per mole. Calculate also the cohesive energy in
the same units.
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