total time Table 1: 1/60sec Acceleration Time (s) Inth Distance (cm) Distance Total Time (s) Total Average Interval Displacement (cm) Velocity (cm/s) 1 dot O -2.9 cm 1 60R 2 (60sec 3 Gosec 44/60sec 22.3cm 5 5leosec 2.9cm7 7.8cm 14.2 cm Y60 sec. H00 sec Hab sec /Ce0 sec Y60 sec -17:4 -384 -384 594 +1594 -750 750 -8285 -828 3. -6.4cm 4 E19.9cm 32.2cm 6 6/0sec 42.6cm Vo sec 7 12.5cm 7/608055.1cm S K/6osec 68.lecm 9/9/60sec 82.4cn 1/60 sec 160 sec 1/00sec 8. 9. -13.8cm 10 1. Create a total displacement versus time graph. DO NOT calculate any slope. What do you notice about the data points? 2. Create a velocity versus time graph. Make sure that you properly label the graph. 3. Indicate any sections on the graph where the velocity is constant or changing. 4. Calculate the area under the graph. What does the area represent? 5. Calculate the vehicle's average velocity for the entire trip. Draw a line on your graph using a different color to indicate the average velocity. Conclusions: 1. Give an explanation on what you noticed about the calculations for the average velocity for each interval. Were they different? If so, why? 2.
total time Table 1: 1/60sec Acceleration Time (s) Inth Distance (cm) Distance Total Time (s) Total Average Interval Displacement (cm) Velocity (cm/s) 1 dot O -2.9 cm 1 60R 2 (60sec 3 Gosec 44/60sec 22.3cm 5 5leosec 2.9cm7 7.8cm 14.2 cm Y60 sec. H00 sec Hab sec /Ce0 sec Y60 sec -17:4 -384 -384 594 +1594 -750 750 -8285 -828 3. -6.4cm 4 E19.9cm 32.2cm 6 6/0sec 42.6cm Vo sec 7 12.5cm 7/608055.1cm S K/6osec 68.lecm 9/9/60sec 82.4cn 1/60 sec 160 sec 1/00sec 8. 9. -13.8cm 10 1. Create a total displacement versus time graph. DO NOT calculate any slope. What do you notice about the data points? 2. Create a velocity versus time graph. Make sure that you properly label the graph. 3. Indicate any sections on the graph where the velocity is constant or changing. 4. Calculate the area under the graph. What does the area represent? 5. Calculate the vehicle's average velocity for the entire trip. Draw a line on your graph using a different color to indicate the average velocity. Conclusions: 1. Give an explanation on what you noticed about the calculations for the average velocity for each interval. Were they different? If so, why? 2.
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Transcribed Image Text:tics Unit – "The Ticker Tape Lab"
Data & Analysis:
Vaug = to leleliqaceraurt
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total time
Table 1:
Acceleration
Time (s)
Distance
Distance (cm)
Total Time (s)
Total
Average
Velocity
(cm/s)
Interval
Displacement
(cm)
1 dot O
-2.9 cm
Y60 sec.
M/0 sec
H66 sec
2.9cm/
-174
-384
-384
-594
41594
-750
7750
-8285
-828
2 2(60sec
3
7.8cm
3 3/ (G0sec
14.2 cm
4
44/60sec 22.3cm
5 5le0sec
E9.9cm
/60 sec
Veo sec
1/60 sec
1/660 sec
1/00sec
6.
32.2cm
6 l6/(0sec 42.6cm
7/60800
-12.6cm
8.
8 3/60sec
68.l6cm
9.
13.8cm
99/60sec 82.4cen
10
1. Create a total displacement versus time graph. DO NOT calculate any slope. What do
you notice about the data points?
2. Create a velocity versus time graph. Make sure that you properly label the graph.
3. Indicate any sections on the graph where the velocity is constant or changing.
4. Calculate the area under the graph. What does the area represent?
5. Calculate the vehicle's average velocity for the entire trip. Draw a line on your graph
using a different color to indicate the average velocity.
Conclusions:
1. Give an explanation on what you noticed about the calculations for the average velocity
for each interval. Were they different? If so, why?
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