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\(\S\S7.17\) Q[8]

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kapoor kapoor's picture 03/03/19

\(\S\S 7.17\) Q[7]

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kapoor kapoor's picture 03/03/19

\(\S\S\ 7.17\) Q[6]

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kapoor kapoor's picture 03/03/19

\(\S\S7.17\) Q[1]

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kapoor kapoor's picture 03/03/19

\(\maltese\) Problem-QM-05031 Temperature for Fusion Process in the Sun

Consider an ionised plasma of protons in thermal equilibrium. Assuming a Maxwell-Boltzmann distribution, estimate the temperature required for two protons to overcome the Coulomb barrier for fusion assuming an approach distance of 1 fm. Compare this with the temperature when quantum effects come into play. For this, use the distance between the two protons as the de-Broglie wavelength at which Coulomb energy becomes equal to the kinetic energy of the protons.   Click for Solution


       Source:Sarita Vig

kapoor kapoor's picture 02/03/19

Useful Internet resources

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ranjan ranjan's picture 02/03/19

Mechanics Simulations and Videos

Mechanics Simulations and Videos

Shared a post by
Madhuri Kumari via Jonathan Freundlich

kapoor kapoor's picture 02/03/19

What is a gauge? A lively discussion by experts on Face-book

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kapoor kapoor's picture 02/03/19

Quantum Mechanics Simulations

Quantum Mechanics Simulations

( From a post by  Tanushree Gope  )

kapoor kapoor's picture 02/03/19

Repository of Questions, Problems (All Areas) :: Top-Page

 Quick Help :: Navigation                                               \(\triangleright\) Book: Table of Contents  (top line) can be expanded; Learn How to 

 

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kapoor kapoor's picture 01/03/19

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