physics lab 2

# physics lab 2 - gradually and consistently increasing on an...

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Ricky Vicenzi Physics 110 Lab B 1D- Motion: Measuring g Purpose The purpose of this experiment was to describe the motion of a freely-falling object using its position, velocity, and acceleration, and then to compare the acceleration to the expected value. Abstract The object whose motion we studied was released from a position of rest, and fell freely for several feet. During the fall, its position, which is defined as any specific point in space, was recorded at consecutive equal intervals of time. Evaluating its different positions at the various points in time (ranging from .05 to .35 seconds) gave all the information needed to complete a detailed analysis of its motion. By assessing the object’s velocity, which measures how quickly its position was changing in reference to time (change in position / change in time), it was made clear that the object’s speed was
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Unformatted text preview: gradually and consistently increasing on an upwards slope, starting at 38 cm/s and increasing about 100 cm for every .05 seconds. It’s acceleration, a measure of how quickly the object’s velocity was changing (change in velocity / change in time), was fairly consistent, ranging from 940-1000 cm/s 2 . Conclusion i ’ ’’ ]\The measured acceleration of the falling object should have been extremely close to the rate of acceleration due to gravity (9.8 m/s2) and this was confirmed by the average acceleration coming out to 9.67 m/s2. There was a 1.3% error between the average acceleration of the falling object, and the acceleration due to gravity. This was mostly due to human error during the experiment, but this small percentage does not detract from the experiment’s intentions and results....
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## This note was uploaded on 04/07/2008 for the course PHY 110 taught by Professor Levin during the Fall '07 term at Wake Forest.

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