2. Use the electrostatic model to calculate the energy (in kJ mol') required to break an O...H hydrogen bond in a vacuum (er 1) and in water (er 80.0). Let the O...H distance be 170 pm, and partial charges on the H and O atoms be +0.42e and -0.84e, respectively.

2. Use the electrostatic model to calculate the energy (in kJ mol') required to break an O...H hydrogen bond in a vacuum (er 1) and in water (er 80.0). Let the O...H distance be 170 pm, and partial charges on the H and O atoms be +0.42e and -0.84e, respectively.

University Physics Volume 3

17th Edition

ISBN:9781938168185

Author:William Moebs, Jeff Sanny

Publisher:William Moebs, Jeff Sanny

Chapter9: Condensed Matter Physics

Section: Chapter Questions

Problem 58P: The measured density of a CsCl crystal is 3.988 g/cm3. What is the equilibrium separate distance of...

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The Bohr model

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Question

2. Use the electrostatic model to calculate the energy (in kJ mol") required to break an
0...H hydrogen bond in a vacuum (er = 1) and in water (er 80.0). Let the O...H
distance be 170 pm, and partial charges on the H and O atoms be +0.42e and -0.84e,
respectively.

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