Difference between revisions of "Charge Interaction as a Problem of Two States"

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==Abstract==
 
==Abstract==
  
As a theoretical physicist, I have always studied the fundamental forces of nature. While my son was taking general chemistry in college, his freshman year, I took a glance at the text book which he was using. In there was described most of what we learn in high school and college regarding general chemistry. When I flipped through to sections regarding ionic bonding I decided to delve further. What was written in the book and what is accepted in Chemistry today is that ionic bonds are the result of Coulomb's force between opposing charges.[[Category:Scientific Paper]]
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As a theoretical physicist, I have always studied the fundamental forces of nature. While my son was taking general chemistry in college, his freshman year, I took a glance at the text book which he was using. In there was described most of what we learn in high school and college regarding general chemistry. When I flipped through to sections regarding ionic bonding I decided to delve further. What was written in the book and what is accepted in Chemistry today is that ionic bonds are the result of Coulomb's force between opposing charges.
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[[Category:Scientific Paper|charge interaction problem states]]

Latest revision as of 10:08, 1 January 2017

Scientific Paper
Title Charge Interaction as a Problem of Two States
Read in full Link to paper
Author(s) Dmitri V Plotnikov
Keywords {{{keywords}}}
Published 2012
Journal None
No. of pages 7

Read the full paper here

Abstract

As a theoretical physicist, I have always studied the fundamental forces of nature. While my son was taking general chemistry in college, his freshman year, I took a glance at the text book which he was using. In there was described most of what we learn in high school and college regarding general chemistry. When I flipped through to sections regarding ionic bonding I decided to delve further. What was written in the book and what is accepted in Chemistry today is that ionic bonds are the result of Coulomb's force between opposing charges.