Question 5: Consider an interatomic potential function of the formA B12Er=76a) Find the equilibrium bond length, ro, as a function of A and B.b)Derive the bond energy as a function of A and B.c) You are given that ro= 0.1 nm and Erl=-5 eV. Calculate values for A and B (remember to keeptrack of your units).d) Take the second derivative of energy with respect to r and evaluate it at ro. This is effectively thespring constant of the bond. Look up spring constants of some typical metal and ceramic materialsonline. Where does your calculated value sit relative to these examples values?

Answered: Image /qna-images/answer/757910c9-f25b-4c00-aef5-869dd9345ced.jpg

Question 5: Consider an interatomic potential function of the form A B Er= ===+ роб р12 a) Find the equilibrium bond length, ro, as a function of A and B. b) Derive the bond energy as a function of A and B. c) You are given that ro= 0.1 nm and Erl=-5 eV. Calculate values for A and B (remember to keep track of your units).

Question 5: Consider an interatomic potential function of the form A B Er= ===+ роб р12 a) Find the equilibrium bond length, ro, as a function of A and B. b) Derive the bond energy as a function of A and B. c) You are given that ro= 0.1 nm and Erl=-5 eV. Calculate values for A and B (remember to keep track of your units).