Say we have a primitive cell of MgO (see the figure below) where the Height-Width3Depth%3Dd: a)...

 

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Say we have a primitive cell of MgO (see the figure below) where the Height-Width3Depth%3Dd: a) List all of the electric potential energy interactions, and how many of them there are b) Calculate the total electric potential energy of each interaction a. PEetec = Numbernteractions PEnteraction c) Find the total electric potential energy d) Is this a stable structure? Why? d = 0.4212nm 0.4212 * 10-°m N * m2 ke = 8.9876 * 109 C2 e = 1.6022 * 10-19C Charge on 0 → q = -2e %3D Charge on Mg→ q = +2e The Electric Potential Equation is 9192 ke r PEnteractions = Mg Mg Mg Mg Say we have a primitive cell of MgO (see the figure below) where the Height-Width3Depth%3Dd: a) List all of the electric potential energy interactions, and how many of them there are b) Calculate the total electric potential energy of each interaction a. PEetec = Numbernteractions PEnteraction c) Find the total electric potential energy d) Is this a stable structure? Why? d = 0.4212nm 0.4212 * 10-°m N * m2 ke = 8.9876 * 109 C2 e = 1.6022 * 10-19C Charge on 0 → q = -2e %3D Charge on Mg→ q = +2e The Electric Potential Equation is 9192 ke r PEnteractions = Mg Mg Mg Mg