The Law of Conservation of Energy Applied to a Rolling Sphere
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From the Paper:"This is accomplished by demonstrating that a sphere of mass m suspended on a ramp at a height h will have a gravitational potential energy Ug = mgh and that energy will be equal to the total kinetic energy EK = 7/10mv2, where v equals the final velocity of the sphere as it leaves the ramp. Therefore, the law of conservation of mass will be verified by demonstrating the following equation: Ug = mgh = EK = 7/10mv2.
The lab is an original comprehensive work with a full theoretical background of derived equations, and tables and graphs displaying all pertinent experimental data. Several illustrations are also used to convey the details of the experimental method."
Cite this Essay:
The Law of Conservation of Energy Applied to a Rolling Sphere (2002, December 08) Retrieved October 02, 2022, from https://www.academon.com/essay/the-law-of-conservation-of-energy-applied-to-a-rolling-sphere-422/
"The Law of Conservation of Energy Applied to a Rolling Sphere" 08 December 2002. Web. 02 October. 2022. <https://www.academon.com/essay/the-law-of-conservation-of-energy-applied-to-a-rolling-sphere-422/>