Please help me plot this i attached the data and the question, thank you. Experiment No. 2UNIFORMLY ACCELERATED MOTIONDATA:Table 1: First TrialTotalDistanceAverage SpeedAccelerationTotalTimetimetraveled duringduring each(cm/dot?)distanceinterval(dots)each timetime interval(cm)(dots)Interval (cm)(cm/dot)0.2l cmlaot 0-04 cm/o4>0.46 cmldot 0-os amlcot?0. 72 cmldot 0-os cm/dot?0.89 cmldot 0-03 conldot?|.14 cm/dot o-os cml dot"|. 39 cmldot 0-05 cmldckS8 cmldot 0-045|.05cmd서s 1.0sam103. 35 cm s dots 2.30 ams dots 3.60156.95cmIl.40 cmS dots 4.45 cm202517.11 cm s dots S.71 cm24.0Scm s dots 6.943.95cm s do ts 7.90 am30cm35cmldot|. 82 amldof 0-os c/dot"sl. 35 cm s dots 10 .30 am la.o4 cmldot 0.05 cm/dot?62.80 cm s dots ! .45 cm 2.29 cmldot 0-05 cmldot?41.05 cm s dots 9.10 cm404550Average acceleration =0.0Scm/dot? 2. Plot Instantaneous velocity vs. time graph (this is a bar graph). Note that for constantaccelerated motion, the instantaneous velocity in the middle of a time interval is the averagevelocity for that time interval. To obtain the instantaneous velocity versus time graph, simplymark the middle point at the top of each bar, and connect them with a best straight linepossible. Use a graph paper or computer to generate the graph.

Time (dots) Instantaneous velocity (cm/dot) 2.5 0.21 7.5 0.46 12.5 0.72 17.5 0.89…

2. Plot Instantaneous velocity vs. time graph (this is a bar graph). Note that for constant accelerated motion, the instantaneous velocity in the middle of a time interval is the average velocity for that time interval. To obtain the instantaneous velocity versus time graph, simply mark the middle point at the top of each bar, and connect them with a best straight line possible. Use a graph paper or computer to generate the graph.

2. Plot Instantaneous velocity vs. time graph (this is a bar graph). Note that for constant accelerated motion, the instantaneous velocity in the middle of a time interval is the average velocity for that time interval. To obtain the instantaneous velocity versus time graph, simply mark the middle point at the top of each bar, and connect them with a best straight line possible. Use a graph paper or computer to generate the graph.

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter39: Relativity

Section: Chapter Questions

Problem 39PQ: As measured in a laboratory reference frame, a linear accelerator ejects a proton with a speed of...

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