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Q4. In gas state, the distance between H atom of a water molecule and O atom of another water molecule can be taken to be 2.57 A. Partial charge on O is -0.761e and that on H atom is + 0.380e. (a) Calculate the energy of interaction (in kJ/mol) between these two atoms. (b) How is the value calculated in part (a) compared to typical interaction between partial charges? And why? (c) If the medium is water (not vacuum), will the interaction be larger or smaller? Why?

Q4. In gas state, the distance between H atom of a water molecule and O atom of another water molecule can be taken to be 2.57 A. Partial charge on O is -0.761e and that on H atom is + 0.380e. (a) Calculate the energy of interaction (in kJ/mol) between these two atoms. (b) How is the value calculated in part (a) compared to typical interaction between partial charges? And why? (c) If the medium is water (not vacuum), will the interaction be larger or smaller? Why?

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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Coulomb potential energy in vacuum: V =
Transcribed Image Text:Coulomb potential energy in vacuum: V =
Q4. In gas state, the distance between H atom of a water molecule and O atom of another water molecule can be taken to be 2.57 A. Partial charge on O is - 0.761e and that on H atom is + 0.380e. (a) Calculate the energy of interaction (in kJ/mol) between these two atoms. (b) How is the value calculated in part (a) compared to typical interaction between partial charges? And why? (c) If the medium is water (not vacuum), will the interaction be larger or smaller? Why?
Transcribed Image Text:Q4. In gas state, the distance between H atom of a water molecule and O atom of another water molecule can be taken to be 2.57 A. Partial charge on O is - 0.761e and that on H atom is + 0.380e. (a) Calculate the energy of interaction (in kJ/mol) between these two atoms. (b) How is the value calculated in part (a) compared to typical interaction between partial charges? And why? (c) If the medium is water (not vacuum), will the interaction be larger or smaller? Why?
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