part 1 is table 1 and part 2 is table 2.
Posted: Mon May 16, 2022 6:45 pm
part 1 is table 1 and part 2 is table 2.
TABLE 1 Total Added Weights Norma Maximum static friction, James -AN) Average Kinetic friction, k-(N) Mass 1 Run Run 2 Run 3 (kg) Average Run Run 2 (kg) Run 3 Average ΑΙΣ. 2.701 0.5 0.75 10 1.25 0.714 0.964 1.214 1.464 2.745 3.785 3.88 6.99 9.45 11.89 14.34 16.79 2.620 3.542 4.992 5.104 5.982 1.72 2.282 2.739 4.339 4.121 5.017 6.729 4.793 5.926 6.032 4.64 5.35 1.778 1.656 2.175 2.345 2.901 2.951 3.526 3.519 4.277 4.260 1.724 2.326 2.703 3.884 4.015 2.852 1.75 1.714 3.643 6.25 4.184 DATA ANALYSIS
PHEN-1110 NPU/Spring 2022 Static and Kinetic Friction TABLE 2 Trial Uk 2 Data: Block with 0.5 kg additional mass Acceleration Kinetic friction force (m/s) (N) -2.073 9.8 -1.758 9.8 -1.862 9.8 -2.099 9.8 -1.881 9.8 Average coefficient of kinetic friction: 0.824 0.683 0.583 0.509 2.214 4 S 0.61 United States) Accessibility: Unavailable Focus பயாகாயாயாயாய பயனமாயயதாயார மாயா - momentum (Pi) and final momentum (e) have small errors in momentum when they are both in the same direction. However, when they are in opposite directions, the error momentum can be large due to a larger possibility to transfer larger energy.
DATA ANALYSIS Q6. Compare your coefficients of kinetic friction determined in Part II to that determined in Part I. Discuss the values. Do you expect them to be the same or different? I expect the cafeeficients of kinetic friction
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- Part 1 Is Table 1 And Part 2 Is Table 2 3 (20.32 KiB) Viewed 52 times
PHEN-1110 NPU/Spring 2022 Static and Kinetic Friction TABLE 2 Trial Uk 2 Data: Block with 0.5 kg additional mass Acceleration Kinetic friction force (m/s) (N) -2.073 9.8 -1.758 9.8 -1.862 9.8 -2.099 9.8 -1.881 9.8 Average coefficient of kinetic friction: 0.824 0.683 0.583 0.509 2.214 4 S 0.61 United States) Accessibility: Unavailable Focus பயாகாயாயாயாய பயனமாயயதாயார மாயா - momentum (Pi) and final momentum (e) have small errors in momentum when they are both in the same direction. However, when they are in opposite directions, the error momentum can be large due to a larger possibility to transfer larger energy.
DATA ANALYSIS Q6. Compare your coefficients of kinetic friction determined in Part II to that determined in Part I. Discuss the values. Do you expect them to be the same or different? I expect the cafeeficients of kinetic friction