From: Symion <kn...@ip...> - 2009-11-28 03:20:12
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Lenore Horner wrote: > I've made some vpython simulations of varying degrees of > sophistication. If you are interested, you can find them here > <http://www.siue.edu/%7Elhorner/VPython/VPython.html>. Bruce, I > don't know how things get into the contributed programs, but if you > think any are worthy, you are welcome to post them there. > > Iterative set of simulations looking at falling drops without and then > with air resistance. > > A simulation with extensive user controls for air resistance in > projectile motion. Thank you, Bruce, for your help with this. This > requires the posted modified controls module. > > A simulation of Newton's cannon with too small a velocity in > comparison to falling-through-the-center-of-the-Earth in once case > assuming all Earth's mass is at the center and in the other assuming a > uniform density for the Earth. (All of this assumes a spherical Earth.) > > Lenore Horner > physics > SIUE > Hi there Lenore, Nice to see some open source programs being shared around. Just a slight problem with a link in your web page force drops to separate vpython source <http://www.siue.edu/%7Elhorner/VPython/drops-falling-through-air/drops-splat.py> has the following extraneous info attached. %7Elhorner/VPython/drops-falling-through-air/drops-splat.py%3Eair%20resistance%20plus%20going%20splat%3C/a%3E%3Cp%3EIf%20you%20run%20a%20few%20of%20the%20last%20two%20simulations,%20you%20will%20see%20things%20behaving%20more%20like%20soap%20bubbles%20than%20any%20ball%20or%20rain%20drop%20I%20ever%20saw.%20%20That%20is%20fixed%20here.%3C/p%3E%3Ca%20href= Symion |