I need help with these questions using the data (Not honor class)(Not grading) 2 3 45 I 6 7Data Set #DistanceDistance inTrial #Velocity =Ad/t(m/s)TimeAverage Velocity(m/s)betweenmeters(s)gates(cm)(?cm/100 =? m)*use for calculations*add up all 3 trials /320 cm0.2 m0.5990.330.31 m/s10.6960.290.6340.32340 cm0.4 m0.7170.560.57 m/s10.7100.570.6870.59360 cm0.6 m0.7010.860.85 m/s10.7260.8320.7020.85380 cm0.8 m0.8390.952.75 m/s10.9660.8320.8170.973100 cm1 m0.9811.022.93 m/s11.0680.9521.0310.96 Data Analysis1. Choose one of the Data Sets above and show your work for the Velocity calculations. V= Ad/t (m/s).2. Choose one of the Data Sets above and show your work for the average velocity calculation.3. When you are finished taking data, create a position vs. time graph and enter it below. Time should be onthe x-axis and distance on the y axis. (Video Steps to add Best fit line and Linear equation)Distance (m) vs. Time (s)Distance (m)- 0.0807e^2.49x1.253.

The average data set gives us more accurate data. That's why while doing an experiment we take…

1 T 2 I 3 I. 4 .. Time 5 ..6 Data Set # Distance Distance in Velocity = Ad/t (m/s) Trial # Average Velocity (m/s) between meters (s) (?cm/100 =? m) use for calculations gates (cm) *add up all 3 trials/3 20 cm 0.2 m 0.599 0.33 0.31 m/s 1 0.696 0.29 0.634 0.32 3 40 cm 0.4 m 0.717 0.56 0.57 m/s 0.710 0.57 2 0.687 0.59 60 cm 0.6 m 0.701 0.86 0.85 m/s 1 0.726 0.83 2 0.702 0.85 80 cm 0.8 m 0.839 0.95 2.75 m/s 1 0.966 0.83 0.817 0.97 3 100 cm 1m 0.981 1.02 2.93 m/s 1 1.068 0.95 2 1.031 0.96 3

1 T 2 I 3 I. 4 .. Time 5 ..6 Data Set # Distance Distance in Velocity = Ad/t (m/s) Trial # Average Velocity (m/s) between meters (s) (?cm/100 =? m) use for calculations gates (cm) *add up all 3 trials/3 20 cm 0.2 m 0.599 0.33 0.31 m/s 1 0.696 0.29 0.634 0.32 3 40 cm 0.4 m 0.717 0.56 0.57 m/s 0.710 0.57 2 0.687 0.59 60 cm 0.6 m 0.701 0.86 0.85 m/s 1 0.726 0.83 2 0.702 0.85 80 cm 0.8 m 0.839 0.95 2.75 m/s 1 0.966 0.83 0.817 0.97 3 100 cm 1m 0.981 1.02 2.93 m/s 1 1.068 0.95 2 1.031 0.96 3

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter22: Magnetism

Section: Chapter Questions

Problem 77PE: Integrated Concepts (a) Using the values given for an MHD drive in Exercise 22.59, and assuming the...

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