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Physics Analysis of Log Ride: Acceleration, Force, Energy Loss, and Inclination Angle

Explore the physics behind the log ride with our investigative questions. The highest hill reaches 12.19 meters and the log, weighing 323 kg, descends through 26 meters in 4 seconds. We analyze the acceleration of the log as it descends, the force exerted on it, the energy lost from top to bottom, and the angle of inclination of the hill. This study engages fundamental concepts of physics, making it an excellent exploration for students and enthusiasts alike.

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Physics Analysis of Log Ride: Acceleration, Force, Energy Loss, and Inclination Angle

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Presentation Transcript

  1. Playland Question by Amelia, Casey, Jasmine, Kristin, Ramneet & Jasmine

  2. The Log Ride • The highest hill on the log ride is 12.19 m high and falls through a distance of 26.0 m. It takes 4.0 s for a 323 kg log to reach the bottom.

  3. 323 kg 26.0 m 12.19 m

  4. Questions: • What is the acceleration going down the hill? • What is the force on the log as it goes down the hill? • How much energy is lost from the top of the hill to the bottom? • What is the angle of inclination?

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