Answer to Question #203081 in Classical Mechanics for Glory

Classical Mechanics

Question #203081

Obtain the corresponding potential energy function of the intermolecular force F(r) = -ar^-7 + br^-9

Expert's answer

Answer

Potential energy can be given as

"U=-F(r) dr\\\\U=-(-ar^{-7}+br^{-9}) dr\\\\U=\\frac{-ar^{-6}}{6}+\\frac{br^{-8}}{8}"

Learn more about our help with Assignments: Physics

Comments

No comments. Be the first!

Leave a comment

Related Questions

1. Derive the potential energy function for one dimensional motionSketch it graph
2. A light wooden uniform metre rule was clamped to the surface of a bench so that a length L of the me
3. A stuntman is placed in a cannon and fired at 40.0° with an initial speed of 35.0 m/s. A net is pla
4. A batter hits a baseball so that it leaves the bat with an initial velocity of 28.0m/s at an angle o
5. Old televisions would shoot electrons in a beam (horizontally) to a screen and create an image. The
6. Anna has a vertical that is just over .5 m1) estimate the force she exerts on the basketball court i
7. A body of mass m falls from rest through a medium which exerts a frictional drag force bv proportion