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1 Oct 2019
A block having mass m slides with speed v along a horizontal, smooth table. After some time it slides down a smooth ramp, descending a height h, and then slides little along the horizontal rough floor, after that it stops eventually. Block slides slowly so that it does not lose contact with the ramp. Calculate the speed v(b) of the block at the bottom of the ramp by using the Law of conservation of energy.
![](https://lh4.googleusercontent.com/fL_ma-HVHV9vRkz90e2V2RAmfa191jVsb1ysNxA73Qj6PXPDdTIqt7bZpHyPWXfbD8LgueUkUZoqSGC6jTXrhv6vzNBDdT07WF9oHcMcNN_8kDgi3u6ByZ5Teq3fFJlSij8Type6)
A block having mass m slides with speed v along a horizontal, smooth table. After some time it slides down a smooth ramp, descending a height h, and then slides little along the horizontal rough floor, after that it stops eventually. Block slides slowly so that it does not lose contact with the ramp. Calculate the speed v(b) of the block at the bottom of the ramp by using the Law of conservation of energy.
Tod ThielLv2
14 Jan 2019