A puck is placed at rest on a 30 downward icy ramp of length 21 m....

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A puck is placed at rest on a 30° downward icy ramp of length 21 m. Use conservation of mechanical energy to find its speed one third of the way down the ramp. A puck sliding on ice approaches a 20° icy ramp at 10 m/s. How high will it go up the ramp? A puck is placed at rest on a 30° downward icy ramp of length 21 m. Use conservation of mechanical energy to find its speed one third of the way down the ramp. A puck sliding on ice approaches a 20° icy ramp at 10 m/s. How high will it go up the ramp?

Answer rating: 100% (QA)

Problem 1 Puck on a 30 Downward Icy Ramp Given Ramp angle theta 30 Length of the ramp L 21 m We will ... View the full answer