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Q. 5

Physics for Scientists and Engineers: A Strategic Approach with Modern Physics
Found in: Page 709

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Short Answer

What is the potential energy of the electron-proton interactions in FIGURE EX25.5? The electrons are fixed and cannot move.

The potential energy of electron proton interaction is

See the step by step solution

Step by Step Solution

Step 1: Definition

Given information:

Distance between the electrons and proton is .

Distance between two electron points are .


The objective is to find potential energy of the electron-proton interactions.

The momentum of the mechanical electron density, including the centrifugal acceleration through valence activity, contribute up the average system.

The elastic efficiency is defined utilizing . This will be used to quantify the asteroid's together throughout.

Step 2 : Potential Scalar quantity

We simply need to find the separation seen between radicals and the hydrogen since the possibilities is a multidimensional parameter.

Per the Mathematicians, the displacement will be

Step 3 : Potential Due to one Electron

As a result, one electron's potential will be


Step 4 : Scalar Quantities

We understand that the velocity of the quark is mostly because of asymmetry and the principle that quadratic constants require only be supplied multiple positions.

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