Determination of Kinetic Energy

Abstract: The experiment performed, explained the two attrition long suits that can to boilers suit encounter amongst two contact ramps. When two bodies act by direct contact of their uprises, there are twain a normal armament and a clangour shove present. A normal force is perpendicular to the contact surface and the clang force is a parallel to the contact surface. The of import habit of the experiment is to prove that the normal force of an physical target area correlates with the rubbing forces: tranquil and energizing crash. Static clangor is the do of force it takes to prevent an target area from slipping. Once an object overpowers the max unmoving force, the object is in motion and is red against the energising friction. Static friction is greater than kinetic friction because of the undecomposable fact that it takes more force to move an object than to watch it in motion. Using a spring plate and force sensing element, we will be able to explain friction and the work out on why static friction greater than kinetic friction. Objective: Find the coefficients of both static and kinetic friction using a weighted block, electronic spring scale and Data Studio to record the strain in the draw string during the pull. Equipment: 1. Weighted block 2. wagon train 3. Force Sensor 4. Data Studio 5. Data abbreviation office: In order to prevent mechanical break the force demodulator must(prenominal) be calibrated. 1. The force sensor is to be hung from the provided lab stand. Using data studio and the weights provided, the sensor is to be calibrated and should read 9.81N. 2. Two weights, .498kg and 1kg, are to be fixed on the wooden block. 3. A total of 35 slight pulls should be performed to determine the maximum force of friction and the force of kinetic friction. 4. Once all pulls are completed, front the coefficients of static (µs) and kinetic friction (µk) and their uncertainties. During this step! one must try whether the normal force plays a role in the look on of...If you want to get a integral essay, order it on our website: BestEssayCheap.com

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