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Discover the physics of skiing steep slopes and ski jumping while exploring air travel challenges. Learn how to maximize speed on ski ramps and calculate flight paths with wind conditions. Delve into the thrill of free-fall skydiving experiences and compare acceleration rates. Unveil the excitement of skiing adventures and aerial maneuvers through engaging real-life scenarios. Enhance your understanding of motion dynamics in 2D and grasp the essence of gravity-defying activities.
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Motions in 2D PHYS 101 week 3
From a ski resort ad… “Free-fall shy-diving is the greatest rush you can experience … but we’ll take you as close as you can get on land. When you tip your skis down the slope of our steepest runs, you can accelerate at up to 75% of the acceleration you’d experience in free-fall…” OK, how steep is the slope? http://www.onthesnow.com/news/p/6518/famed-extreme-skier-shane-mcconkey-dies-in-ski-base-accident?i=0&id=5152
Ski jumpers go down a long slippery slope on slippery skis (very little friction) to achieve high speeds before they launch into the air. A particular ski jump has a ramp of length 120m, tipped at 21° with respect to the horizontal. What is the highest speed a jumper can achieve on such a ramp? http://broadbandsports.com/node/24141
An airplane pilot wants to flu due west from Spokane to Seattle. Her plane moves through the air at 200 mph, but the wind is blowing at 40mph from the north. In what direction should he point the plane?
Now for the interesting part: Assuming that the plane carries fuel for 2 hours, is the pilot going to make it?