![SOLVED: (Based on Griffiths 4.48) In classical mechanics one can prove the virial theorem which states that the average kinetic energy T of a bound particle is related to the force F SOLVED: (Based on Griffiths 4.48) In classical mechanics one can prove the virial theorem which states that the average kinetic energy T of a bound particle is related to the force F](https://cdn.numerade.com/ask_images/7c255cef4a464c98aff34c6f559a201d.jpg)
SOLVED: (Based on Griffiths 4.48) In classical mechanics one can prove the virial theorem which states that the average kinetic energy T of a bound particle is related to the force F
![newtonian mechanics - Symmetry due to Newton's Third Law in the proof of Virial Theorem - Physics Stack Exchange newtonian mechanics - Symmetry due to Newton's Third Law in the proof of Virial Theorem - Physics Stack Exchange](https://i.stack.imgur.com/FbkMC.png)
newtonian mechanics - Symmetry due to Newton's Third Law in the proof of Virial Theorem - Physics Stack Exchange
![Sect. 3.4: The Virial Theorem Skim discussion. Read details on your own! Many particle system. Positions r i, momenta p i. Bounded. Define G ∑ i r i. - ppt download Sect. 3.4: The Virial Theorem Skim discussion. Read details on your own! Many particle system. Positions r i, momenta p i. Bounded. Define G ∑ i r i. - ppt download](https://images.slideplayer.com/25/7832587/slides/slide_6.jpg)
Sect. 3.4: The Virial Theorem Skim discussion. Read details on your own! Many particle system. Positions r i, momenta p i. Bounded. Define G ∑ i r i. - ppt download
![Sect. 3.4: The Virial Theorem Skim discussion. Read details on your own! Many particle system. Positions r i, momenta p i. Bounded. Define G ∑ i r i. - ppt download Sect. 3.4: The Virial Theorem Skim discussion. Read details on your own! Many particle system. Positions r i, momenta p i. Bounded. Define G ∑ i r i. - ppt download](https://images.slideplayer.com/25/7832587/slides/slide_2.jpg)
Sect. 3.4: The Virial Theorem Skim discussion. Read details on your own! Many particle system. Positions r i, momenta p i. Bounded. Define G ∑ i r i. - ppt download
![Sect. 3.4: The Virial Theorem Skim discussion. Read details on your own! Many particle system. Positions r i, momenta p i. Bounded. Define G ∑ i r i. - ppt download Sect. 3.4: The Virial Theorem Skim discussion. Read details on your own! Many particle system. Positions r i, momenta p i. Bounded. Define G ∑ i r i. - ppt download](https://images.slideplayer.com/25/7832587/slides/slide_4.jpg)