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Fall 2023: Tutorial 09_week 14-Tuesday: Water slide You've been brought on board by a company tasked to test the design of a novel water
Fall 2023: Tutorial 09_week 14-Tuesday: Water slide You've been brought on board by a company tasked to test the design of a novel water slide for an amusement water park. The proposed design involves a scenario where a park guest descends a curved water slide has negligible friction, and then transitioning to a horizontal motion at the slide's base. Upon reaching the bottom of the slide, the guest grasps a handle at the bottom end of an 8.00 m long uniform vertical rod. The rod is initially at rest in a vertical position, and it can rotate around its upper end without friction. At the maximum height of the swing, the guest release hit hand and drops safely into a swimming pool. You wondered about the right height of the slide so that the rod to swing its bottom end up to 5.50 meters and its center to 6.75 meters at a 72angle, ensuring a safe drop into a pool. You considered and average mass of a person will be 60 kg and designed your rod with same mass. The moment of inertia of a rod around one end, is expressed as ml.
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SOLUTION To determine the right height of the water slide we need to find the maximum height of the swing of the rod so that the guest can safely release their hand and drop into the pool We can start ...Get Instant Access to Expert-Tailored Solutions
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