Keeping the total mass constant 1. Look at the data: as the net force increased, what happened to the acceleration? Did it increase, decrease or stay constant? 2. Did a change in the net force produce a change in acceleration by the same factor? Do your results agree with Newton’s 2nd Law? 3. Make a plot of Net Force vs. Experimental Acceleration and draw the best fitting line.
Keeping the total mass constant 1. Look at the data: as the net force increased, what happened to the acceleration? Did it increase, decrease or stay constant? 2. Did a change in the net force produce a change in acceleration by the same factor? Do your results agree with Newton’s 2nd Law? 3. Make a plot of Net Force vs. Experimental Acceleration and draw the best fitting line.
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Keeping the total mass constant
1. Look at the data: as the net force increased, what happened to the acceleration? Did it increase, decrease or stay constant?
2. Did a change in the net force produce a change in acceleration by the same factor? Do your results agree with Newton’s 2nd Law?
3. Make a plot of Net Force vs. Experimental Acceleration and draw the best fitting line.
Transcribed Image Text:Keeping the total mass constant
Trial
Mi
M2
Time
aexp (m/s2)
atheoretical (m/s2)
Fnet
Error
(g)
(g)
(s)
(N)
(%)
1
0.160 kg
0.140 kg
0.863 s
0.671 m/s2
0.653 m/s2
0.196 N
2.76%
2
0.170 kg 0.130 kg
0.623 s
1.288 m/s2
1.307 m/s2
0.392 N
1.45%
3
0.170 kg
0.120 kg
0.502 s
1.984 m/s2
1.960 m/s2
0.588 N
1.22%
4
0.170 kg 0.110 kg
0.442 s
2.559 m/s2
2.613 m/s2
0.784 N
2.07%
0.170 kg
0.100 kg
0.382 s
3.426 m/s2
3.267 m/s2
0.980 N
4.87%
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