Physics
Simulations
Transparent Reality Simulation in Physics Simulation of the collision of two particles Users can adjust the coefficient of restitution and the velocity and direction of travel of each particle. This free simulation is made possible by the University of Florida Distance Continuing & Executive Education. Simulation of the principles of analytical Nuclear Magnetic Resonance (NMR) The analogy of a nucleus with non-zero spin to a bar magnet is developed. Precession and the chemical shift are also illustrated. This free simulation is made possible by the University of Florida Distance Continuing & Executive Education. |
|||
---|---|---|---|
Original graphics,HTML code, animations, &
logos © the University of Florida.
Anaesthesia machine and anaesthesiology photos, unless otherwise noted are ©
the University of Florida or the photographer. All rights reserved.
None of the anaesthesia information on this website should be considered a substitute
to medical consultation.
In accordance with University of Florida policy,
there is no advertising on this site.
This site complies with the University of Florida's internet
privacy policy.
Terms of Use