Calculate distance from acceleration and time
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Record the time from Tape 1 to complete stop (Time Total ) in Data Table 2. Data Table 2. Distance 1 (m) Time 1 (sec) Calculated velocity (i) D1/T1 Calculated velocity (f) D2/total time Distance 2 (m) Total time (sec) Velocity Calculations: Show all your work for your Vi and Vf calculations below. Calculate the acceleration of the car below
[DOC File]2 - Physics
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Then use that estimate to calculate the acceleration in (ft/s2 and m/s2) of an ordinary car. (b) How far (in feet and meters) does the car travel while it accelerates, assuming that the acceleration is uniform? (a) (b) 2.45. Two rockets having the same acceleration start from rest, but rocket A travels for twice as much time as rocket B. (a)
[DOC File]Acceleration Activity Worksheet
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Use time at 10 meters. 2. Calculate your acceleration from the 10m to 20m point. Are you accelerating or decelerating over this distance? Initial Velocity = Velocity at 10 meters. Final Velocity = Velocity at 20 meters. Use time from 10 meters to 20 meters (hint, you need to subtract to find the time you ran from 10m to 20 m). Graph:
[DOC File]Experiment 8: Acceleration Down an Incline
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Calculate the average time for each angle and record it in Table 8.1. Calculate the distance traveled, d, from the initial to the final position. Use the distance traveled and average time to calculate the acceleration for each angle and record it in Table 8.2. If you cannot figure out how to do this, refer to the theory. Table 8.2: Analysis
[DOC File]Physical Science Formula Sheet
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F = ma Force = mass x acceleration 45 N (Newtons) (Fnet = 0 Equilibrium Rule = sum of the net force is equal to zero. W = F x d. Work = Force x distance 37 J (Joules) P = W / t Power = Work / time 60 w (watts) PE = mgh Potential Energy = mass x acceleration due to gravity x height 45 J KE = ½ m x v2. Kinetic Energy = ½ mass x velocity squared ...
[DOC File]Speed, Velocity, & Acceleration Lab
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time. it took to travel that distance. To calculate speed, all you have to do is divide distance by time. Velocity. is just speed in a particular direction. For example, if in 3 hours you ran 6 kilometers west, your velocity was 6 km/3 hours = 2 km/hour west. Notice that the unit label is just the time unit divided by the distance …
[DOC File]Acceleration Lab - Ewing Public Schools
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6. Find the average times for each distance. 7. Find the speed at each distance by dividing the distance by the average time. 8. Find the acceleration at each distance by dividing the speed just calculated by . the time it took to reach that speed. 9. Repeat steps 2-8 for a ramp that is 4 Science books high. 10. Finish your Lab report.
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