Linear Motion In One Dimension Lab Report Example | Topics and Well Written Essays - 500 words

Linear Motion In One Dimension - Lab Report object lessonAll freely falling objects experience a downward quickening. Using the symbol g to typify such special acceleration, the value increases with decreasing altitude. The value of g is around 9.8 m/sec2 at the worldly concerns surface. Because friction is neglected and the assumption is made that the free fall is not dependent on altitude over short distances, the motion of the freely falling objects is equal to the motion in a single dimension below eternal acceleration thus making it possible to apply eternal acceleration equatings.The recorded coefficient r values atomic number 18 both close to 1 indicating that the plotted points are closer to the experimental values. As per the recorded values, the increasing x values had a positive inc literary argument whereas the decreasing x values had a negative gradient. Therefore, it is true that X increases at a constant rate with time, hence equation 1 is justifiedThe velocit y after the bounce was higher because of the unprompted force exerted on the glider at the tracks end. Again, the recorded value of acceleration is fair because the velocity is reversed at the tracks end meaning there was a implication when no acceleration is acting on the glider.In the inclined track, the glider was observed to move under a constant acceleration before or after bouncing and this is in harmony with equation 1 which states distance has a direct proportion to the square of time. The slope of velocity against time line matched the previously calculated acceleration value. The slopes of the velocity time graphs in the inclined track with the six blocks as well matched the earlier on calculated acceleration value.The trend observed in the all the three cases validates the analogue motion equations. An analysis of the drawn graph gives acceleration values that are consistent proving that constant acceleration equations can be used in describing linear motion in one