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Six Flags Review. JEOPARDY!. Around and around we go. Crashes. Work, work, work…. Early matter. My energy never runs out!. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 500. 500. 500. 500. 500.
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Six Flags Review JEOPARDY!
Around and around we go Crashes Work, work, work… Early matter My energy never runs out! 100 100 100 100 100 200 200 200 200 200 300 300 300 300 300 400 400 400 400 400 500 500 500 500 500
Around and around we go 100 Points Calculate the period of an object that revolves three times in 2 minutes. Categories
Around and around we go 100 Points Categories
Around and around we go 200 Points On a roller coaster, a 300 kg cart with riders goes around a loop with radius 300 m twice in 10 s. What is the tangential velocity of the riders? Categories
Around and around we go 200 Points Categories
Around and around we go 300 Points On a roller coaster, a 300 kg cart with riders goes around a loop with radius 300 m twice in 10 s. What is the centripetal force acting on the riders? Categories
Around and around we go 300 Points ~ 142, 000 N Categories
Crashes 100 Points A 1000 kg car moving with a speed of 30 m/s crashes into a brick wall. Calculate its change in momentum. Categories
Crashes Response 100 Points ∆p = 30,000 kgm/s Categories
Crashes 200 Points A raindrop with mass .0005 kg with an initial horizontal velocity of 0 strikes a 50 kg rider with an initial velocity of 57 m/s. What is the final velocity of you and the raindrop? Categories
Crashes 200 Points 56.999 m/s Categories
Crashes 300 Points A raindrop with mass .0005 kg with an initial horizontal velocity of 0 strikes a 50 kg rider with an initial velocity of 57 m/s. What is the change in momentum of the raindrop? Categories
Crashes Response 300 Points .0298 kgm/s Categories
Work, work, work 100 Points Calculate the work done by gravity on you on the first drop of the Nitro, 65.5 m down. Assume your mass is 60 kg. Categories
Work, work, work 100 Points 39,300 J Categories
Work, work, work 200 Points Calculate the work done by the roller coaster’s electric motor to increase the 3500 kg cart’s GPE by raising it up the lift hill 35 m. Categories
Work, work, work 200 Points 122, 500 J Categories
Work, work, work 300 Points What is the minimum power the motor of the Rolling Thunder can output and still deliver a 60 kg rider to the top of the 23 meter lift hill in 17 s? Categories
Work, work, work 300 Points 812 W Categories
Early matter Prompt 100 Points During launch, the Kingda Ka train is accelerated from rest to approximately 128 mph (57.2 m/s) in 3.5 s. What is average acceleration in that time period? Categories
Early matterResponse 100 Points 16.3 m/s2 Categories
Early matterPrompt 200 Points Riders on the Nitro start from rest at the top of the first hill. If they drop 65.6 m what is their acceleration if it takes 5 s to reach the bottom? Categories
Early matterResponse 200 Points 5.25 m/s2 Categories
Early matterPrompt 300 Points During launch, the Kingda Ka train is accelerated from rest to approximately 128 mph (57.2 m/s) in 3.5 s. What is the horizontal distance covered? Categories
Early matterResponse 300 Points 100 m Categories
My energy never runs out! 100 Points Nitro’s initial vertical drop is 65.6 meters. What is the potential energy of the train with riders, mass 2170 kg, just before it falls? Categories
My energy never runs out! 100 Points 1,423,520 J Categories
My energy never runs out!Prompt 200 Points Nitro’s initial vertical drop is 65.6 meters. What is the potential energy of the train with riders, mass 2170 kg, when it is halfway down the hill? Categories
My energy never runs out! 200 Points 711, 760 J Categories
My energy never runs out! 300 Points Nitro’s initial vertical drop is 65.6 meters. If the train with riders has a mass of 2170 kg, what is the velocity of the train at the bottom of the initial drop? Categories
My energy never runs out!Response 300 Points 36 m/s Categories
