The velocity of different masses on a slope Research Paper

The velocity of different masses on a slope - Research Paper ExampleFor all(prenominal) weight, two runs were made, therefore, giving two sets time values. The velocity of the car was calculated and it was observed that the velocity of the trolley car remained significantly the same and this was attributed to the fact that the surpass and the angle of the slope were unbroken constant during the each successive run. The results agree with the hypothesis if the length and angle of inclination of a plane are kept constant then, the velocities of different masses of objectives moving along the inclined plane will be the sameInitially, Aristotle erroneously concluded that heavy bodies would fall at a faster rate than light bodies due to their weight difference (Young et al. 2010, 51). However, in describing motion along an inclined plane, Galileo discovered that the velocity of the moving object increases proportionally with time and that the length the object travels will be proporti onal to the square of the time if the initial velocity of the body was zero (Simonyi 2012, 243). Under precedent conditions, Galileo further hypothesized that the velocity of the object at the foot of the inclined plane will be dependent on the height of the starting point (angle of inclination). If the cause of the air and friction are neglected then all bodies fall with the same seeward acceleration regardless of size and weight (Stillman 1974, 1).The acceleration, velocity and distance travelled are some of the information required to give a conclusive description of the motion on an inclined plane. Since there is no free force applied, the motion down the inclined plane is as a result of gravity which pulls directly downwards (perpendicular to the flat surface) as the object slides down the plane (Kline 1998, 55). This experiment purposes to investigate the effect of mass on the velocity of an object down the inclined plane. In effect, it will substantiate the