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Look at the data: as the net force increased, what happened to the acceleration? Did it increase, decrease or stay constant? Why? 2.  Did a change in the net force produce a change in acceleration by the same factor? Do the results agree with Newton’s 2nd Law?? Explain

Look at the data: as the net force increased, what happened to the acceleration? Did it increase, decrease or stay constant? Why? 2.  Did a change in the net force produce a change in acceleration by the same factor? Do the results agree with Newton’s 2nd Law?? Explain

An Introduction to Physical Science
An Introduction to Physical Science
14th Edition
ISBN:9781305079137
Author:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres
Publisher:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres
Chapter10: Nuclear Physics
Section: Chapter Questions
Problem 35SA
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1. Look at the data: as the net force increased, what happened to the acceleration? Did it increase, decrease or stay constant? Why?

2.  Did a change in the net force produce a change in acceleration by the same factor? Do the results agree with Newton’s 2nd Law?? Explain

Part I. Keeping the total mass constant Trial m1 m2 Time aexp atheoretical Fnet Error (%) (g) (g) (s) 1 160 140 0.865 0.67 m/s2 0.653 m/s2 0.196 N 2.54 % 2 170 130 0.609 1.35 т/s? 1.31 m/s2 0.392 N 2.96 % 3 180 120 0.489 2.09 m/s? 1.96 m/s? 0.588 N 6.22 % 4 190 110 0.444 2.54 m/s2 2.61 m/s2 0.784 N 2.76 % 200 100 0.383 3.41 m/s2 3.27 m/s2 0.98 4.11 %
Transcribed Image Text:Part I. Keeping the total mass constant Trial m1 m2 Time aexp atheoretical Fnet Error (%) (g) (g) (s) 1 160 140 0.865 0.67 m/s2 0.653 m/s2 0.196 N 2.54 % 2 170 130 0.609 1.35 т/s? 1.31 m/s2 0.392 N 2.96 % 3 180 120 0.489 2.09 m/s? 1.96 m/s? 0.588 N 6.22 % 4 190 110 0.444 2.54 m/s2 2.61 m/s2 0.784 N 2.76 % 200 100 0.383 3.41 m/s2 3.27 m/s2 0.98 4.11 %
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