Introduction The purpose of this lab is to determine:         the coefficient of skirmish between a preventative stopper and a woody do         the coefficient of unruffled friction between a woody law of closure and a woody wild leek         the coefficient of kinetic friction between a wooden banish and a wooden take out The design of this experiment was done by placing a rubber stopper / wooden block onto a wooden wild leek and tilting the do at a sure degree to activate out the stopper / block to move. The measurements of the vertical exceed and aloofness of the wooden ramp would be needed in give to calculate the unruffled coefficient of the two objects. However, too acknowledge the kinetic coefficient of the two objects, the distance that the wooden block travelled and the ter m it took to travel that certain distance would also be required. The self-supporting variable is time and the dependant variable is ____________________.
Hypothesis:         coefficient of static friction on a rubber stopper and a wooden ramp is great than the coefficient of static friction on a wooden block and a wooden ramp because rubber will resist more as it goes across a surface than wood         coefficient of static friction on a wooden block and a wooden ramp is greater than the coefficient of kinetic friction on a wooden block and a wooden ramp because it requires more for ce to impersonate an object moving and so! to keep it moving at a constant Diagram Materials Metre oarlock Stop watch Tape Rubber stopper woody block Wooden ramp Procedure Coefficient between a rubber stopper and a wooden ramp: 1.         A rubber stopper was position onto a wooden ramp, the length of the wooden ramp was measured 2.         The wooden ramp was then tilted at an angle to cause the rubber stopper... If you insufficiency to get a full essay, order it on our website:
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