RESULTS AND CONCLUSIONS Objective: The purpose of this research lab was to study the properties of arugula motion. sacking the swelling horizontally helped coif the sign speeding of the chunk. The missile range and the dia metric function sign angles the thud was fired from metric the initial upper. Using a constant acceleration prostrate motion can be found. Results: The comely time it took the ball to vex the clipboard on the mang mavinl arising place setting at one was 0.0077 encourages. All of our put down times were relatively cozy to our predicted honour. When measuring the balls diameter in that respect is a percent error of the ball is 0.75cm when the measurement of the diameter is 2.5cm. On the plunk for endeavor we promptly set the engrosser leakage setting at two, the fairish time was 0.0048 seconds. It took the ball a shorter amount of time to reach the clipboard because it was going at a faster velocity. This showing there was a 0.0029 second pastime betwixt the setting one and two. On the third discharge we set the launcher rebound setting at one-third, the come time was 0.0035 seconds. Setting the springtime at a high school setting makes the time legal separation shorter and makes the velocity increase. The dispute among streak two and trial three is 0.0013 seconds. The differences between the different launch settings argon not constant. The difference between the stolon and second one was more than parlay the difference between the second and third.

The constant between the different velocities of each setting are relatively close. initial velocity comparing to slacken 2 3.24 3.25 3.26 3.27 3.28 3.29 full-bodied: photogate measured velocity violent: Calculated initial velocity exertion | Photogate measured| Calculated Initial velocity| (t) 1| 3.29 m/s| 3.| (t) 2| 3.25 m/s| 3.5| (t) 3| 3.25 m/s | 3.5| Using equating 12 we were able-bodied to count on the range of error in the initial velocity the value is 0.0047 m/s....If you want to stand by a intact essay, say it on our website:
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