Kinetic Friction lab

Kinetic Friction lab - s = .2655 .01486. For the rubber pan...

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Kinetic Friction: I found the coefficient of Kinetic Friction for the Teflon pan to be μ k = .1820 ± .007817. The rubber pan had a coefficient of μ k = .5123 ± . 02126. Finally the Moving Men Slider had a coefficient of μ k = .1867 ± .02503. The moving men slider had a coefficient of friction very close to that of the Teflon on paper. Static Friction: The coefficient of Static Friction for the Teflon pan was μ
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Unformatted text preview: s = .2655 .01486. For the rubber pan I found a coefficient of s = 1.173 . 011245. The moving men slider had a coefficient of s = .2362 .001910. Our experiments found the static friction coefficient of the moving men slider to be slightly lower, but very close, to that of Teflon on paper. Friction Shane Marcheson...
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This note was uploaded on 06/23/2008 for the course PHY 101 taught by Professor Petrou during the Spring '08 term at Erie CC.

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Kinetic Friction lab - s = .2655 .01486. For the rubber pan...

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