**Physics Problem: Motorcycle Stunt on a Ramp**A motorcycle daredevil plans to ride up a ramp that is 2.85 meters high with an incline of 29.0 degrees. The stunt involves sailing across a 10-meter-wide pool filled with hungry crocodiles and landing at ground level on the other side. The daredevil has successfully performed this stunt multiple times and approaches the ramp confidently. However, the motorcycle engine fails just as the ride begins up the ramp. At that moment, the motorcycle's speed is 18.2 meters per second, and the rolling friction from the rubber tires is significant.Given:- Local acceleration due to gravity: \( -9.80 \, \text{m/s}^2 \)- Coefficient of rolling friction for rubber on the ramp: 0.02**Task:**Calculate the landing point (in meters) relative to the 10.0-meter edge of the pool. - A result of \(-1.0 \, \text{m}\) would indicate that the motorcycle was 1.0 meter short and ended up in the pool.- A result of \(+1.0 \, \text{m}\) would indicate that the motorcycle landed 1.0 meter past the edge of the pool.**[Submit Answer] [Tries 0/10]**

Name: **Physics Problem: Motorcycle Stunt on a Ramp**A motorcycle daredevil
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Description: **Physics Problem: Motorcycle Stunt on a Ramp**A motorcycle daredevil plans to ride up a ramp that is 2.85 meters high with an incline of 29.0 degrees. The stunt involves sailing across a 10-meter-wide pool filled with hungry crocodiles and landing

Given: Ramp height = h = 2.85 m Inclination angle of the ramp = θ = 29 degrees width of the pool =…

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Physics

A motorcycle daredevil plans to ride up a 2.85 m high 29.0° ramp, sail across a 10-m-wide pool filled with hungry crocodiles, and land at ground level on the other side. He has done this stunt many times and approaches it with confidence. Unfortunately, the motorcycle engine dies just as starts up the ramp. He is going 18.2 m/s at that instant, and the rolling friction of his rubber tires is not negligible. Assuming that the local acceleration due to gravity is -9.80 m/s2, calculate the landing point (in m) relative to the 10.0 m edge of the pool. (-1.0 m means he was 1.0 m short and in the pool, +1.0 m means he landed 1.0 m past the edge). The coefficient of rolling friction for rubber on ramp is 0.02.

A motorcycle daredevil plans to ride up a 2.85 m high 29.0° ramp, sail across a 10-m-wide pool filled with hungry crocodiles, and land at ground level on the other side. He has done this stunt many times and approaches it with confidence. Unfortunately, the motorcycle engine dies just as starts up the ramp. He is going 18.2 m/s at that instant, and the rolling friction of his rubber tires is not negligible. Assuming that the local acceleration due to gravity is -9.80 m/s2, calculate the landing point (in m) relative to the 10.0 m edge of the pool. (-1.0 m means he was 1.0 m short and in the pool, +1.0 m means he landed 1.0 m past the edge). The coefficient of rolling friction for rubber on ramp is 0.02.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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