1.6 If the repulsive energy is of the form C exp(-rla), determine C and a for NaCl if the cohesiveenergy per ion pair is 6.61 eV, and the interatomic separation is 0.282 nm. Civen that the ionisationenergy of Na is 5.138 eV and the clectron affinity of CH is 3.61 eV.Solutionplease me with problem. posting it 2nd time.

COHESIVE ENERGY: The energy that is obtained when the atoms present in a crystal are arranged in…

1.6 If the repulsive energy is of the form C exp(-rda), determine C and a for NaCl if the cohesive energy per ion pair is 6.61 eV, and the interatomic separation is 0.282 nm. Given that the jonisation energy of Na is 5.138 eV and the electron affinity of Ct is 3.61 eV

1.6 If the repulsive energy is of the form C exp(-rda), determine C and a for NaCl if the cohesive energy per ion pair is 6.61 eV, and the interatomic separation is 0.282 nm. Given that the jonisation energy of Na is 5.138 eV and the electron affinity of Ct is 3.61 eV

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

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Question

1.6 If the repulsive energy is of the form C exp(-rla), determine C and a for NaCl if the cohesive
energy per ion pair is 6.61 eV, and the interatomic separation is 0.282 nm. Civen that the ionisation
energy of Na is 5.138 eV and the clectron affinity of CH is 3.61 eV.
Solution
please me with problem. posting it 2nd time.

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