Rubber Band Powered Airplanes. By Angela Coburn University of British Columbia Department of Physics and Astronomy. Outline. History of Rubber Powered Aircraft Newton’s Second and Third Law’s Four Forces Acting on an Airplane Energy, Work and Power Transport Cost Calculations - PowerPoint PPT Presentation
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By Angela Coburn
University of British Columbia Department of Physics and Astronomy
(Force= mass X acceleration)
C = 2πr
Distance = (2πr) x turns
F=mass x acceleration (9.8m/s2)
d= 2πr (number of turns)
Some of the energy was lost to heat in the rubber band!
Power = Work/time
Let’s build some airplanes!