Jean Beliveau
...will record a series of dots on ticker tape. Locate the first clear dot on the ticker tape. Mark a line through this dot and every successive third dot after this until end of the ticker tape, to mark the position of the object at every 0.05 s. 7. Make a table with the headings: Position, Time, Time Interval, Displacement, Average Velocity, Change in Velocity, Acceleration. 8. Use the lines through every third dot on the ticker tape and a ruler to measure position for every 0.05 s, and record this information in the table. 9. Complete the tape by performing the indicated calculations. 10. Construct position-time, average velocity-time, average acceleration-time graphs. Discussion: I found that the lab was easy to perform and results were obtained without too much trouble. The results were as I expected for the reason that I knew it would be very difficult to find 9.81m/s as the acceleration due to gravity by using the data collected due to the fact that we are not in a vacuum and things such as air friction and human error can tamper with data. The results were also unexpected as I did not expect to get a figure(9.85 m/s ), so close to the accepted value. One problem with the procedure use...