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The potential energy at which neutralization occurs for the atoms X and Y in a diatomic salt corresponds to the ions X and Y being 0.55 nm apart. What is the value in kJ/mol of the change in internal energy required for this to occur? Hint: Multiply the negative of potential energy in kJ for a pair of charges +e, -e, separated by r = 0.55 nm, by Avogadro's number (per mole). The result is positive. a. 351 kJ/mol O b. 217 kJ/mol O c. 277 kJ/mol d. 252 kJ/mol e. 200 kJ/mol

The potential energy at which neutralization occurs for the atoms X and Y in a diatomic salt corresponds to the ions X and Y being 0.55 nm apart. What is the value in kJ/mol of the change in internal energy required for this to occur? Hint: Multiply the negative of potential energy in kJ for a pair of charges +e, -e, separated by r = 0.55 nm, by Avogadro's number (per mole). The result is positive. a. 351 kJ/mol O b. 217 kJ/mol O c. 277 kJ/mol d. 252 kJ/mol e. 200 kJ/mol

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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The potential energy at which neutralization occurs for the atoms X and Y in a diatomic salt corresponds to the ions X and Y being 0.55 nm apart. What is the value in kJ/mol of the change in internal energy required for this to occur? Hint: Multiply the negative of potential energy in kJ for a pair of charges +e, -e, separated by r = 0.55 nm, by Avogadro's number (per mole). The result is positive. a. 351 kJ/mol b. 217 kJ/mol c. 277 kJ/mol d. 252 kJ/mol O e. 200 kJ/mol
Transcribed Image Text:The potential energy at which neutralization occurs for the atoms X and Y in a diatomic salt corresponds to the ions X and Y being 0.55 nm apart. What is the value in kJ/mol of the change in internal energy required for this to occur? Hint: Multiply the negative of potential energy in kJ for a pair of charges +e, -e, separated by r = 0.55 nm, by Avogadro's number (per mole). The result is positive. a. 351 kJ/mol b. 217 kJ/mol c. 277 kJ/mol d. 252 kJ/mol O e. 200 kJ/mol
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