Coefficient Of Friction

Coefficient of Friction By Omar Ramadan Partners: Samuel Saarinen Brian Urbancic Feb 23, 2012 Abstract: The coefficient of clash is a follow that determines how lots push back is required to move an tone that is held back by friction. The goal of our experiment was to measure the hands-off and kinetic slue coefficient of friction between twain surfaces by using a incline and measuring its inclination. The premise is that when a solid objective is placed on a ramp and the ramp is flex upward, there is a point that the object starts to slide. That is the tilt where the force of gravitational force is strong copious to overcome the kinetic and silent friction. Once the angle, or the inclination, is known, we butt joint indeed calculate the skid coefficient of friction between the two surfaces. Experimental Description: In this experiment, to determine the coefficients of friction, both atmospherics and kinetic, our dredge with an aluminum underside w as allowed to slide down an devoted up unwavering. Several choices of covering for the inclined plane were devoted including aluminum, polyethylene, or left as scanty wood. We raised the plane to an angle such that the cart would somewhat start moving, then we measured the angle of the plane by using protractor and the trantransonic ranger to determine the acceleration of the cart (the calibration of sonic ranger 0.012 percent error).

This procedure was performed iii times, each with a different inclined plane. Data and depth psychology: The coefficient of silent friction was derived in the following manner: Coefficient of static friction =! (force of friction) / (normal force) Force of friction = horizontal instalment of gloom = m * g * sin ? Force = vertical component of gravity = m * g * romaine lettuce ? Coefficient of static friction = m*g*sin ?/ (m * g * cos ?) = convert ? Coefficient for kinetic friction = [g*m*sin ?-(a/m)]/ [g*m* cos ?] Where ? is the angle of the incline surface. We calculated the coefficients for each combination, using the...If you loss to bring on a full essay, order it on our website: OrderCustomPaper.com

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