please help me plot the graph for these two trials, it should be the best fit line and also help me find the slope thank you Physics Laboratory Experiment - Straight Line Motion AtPurpose:In this experiment, the position of a bulldozer moving in a straight line is measured atvarious times, to determine the bulldozer's speed.Procedure:1. Allow a toy bulldozer ton travel acrosstable top or the floor for a distance of 3 or 4meter in a test run,2. Place a tape measure or a series of meter sticks along the path of travel. Start thebulldozer a few centimeters before the starting line. When the bulldozer reaches thestarting line, start keeping track of the timne with a stop watch or sweep second hand.3. Five seconds after the bulldozer crosses the starting line, record its position. Withoutstopping the bulldozer, repeat this procedure at 5-second intervals. Enter all of the data inthe first column of the data chart,4. Reduce the speed of the bulldozers by forcing it to drag a load behind as it traveſs.Following the procedure above, record the position of the bulldozer at the end of each 5second interval in the second column of the data chart.5. Add heavier weights behind the bulldozer to reduce its speed further and recordposition and time in the remaining columns of the data chart.Data Chart:Position of bulldozer in cm. (x)Trials Experiment #2Time in seconds (t)Trials Experiment #113average3averageOcm Ocmlo cm87cm 91 cm95cm 91 Cm10 Cm 68 cm/19 Cm/72 Cm10160 em165 cm176 Cm161Cm135cm138cm147cm140 Cm152420m 247c 254 cYm 248 cm 191 cm/201 om/204c201 Cm..20329cm 325 cm325 cm 326 Cm 251om/253om266om 251 Cm25404cm/3960m403cm¡ 401 cm 316 c310 Cm/323 o316 Cm30387003720m3820380 cm.Average speed(Vav) in cm /sec186 204 Can/S 25cn2240233227 Cinld244 181Data and Analysis:1. For each trial, calculate the average speed, Vav, by dividing the total change inposition by the total time interval that elapsed, t.2. Use the data for the first trial to plot a graph of position vs time.3. On the same piece of graph paper, plot a graph of position vs time for each of theother trials you ran. label each graph with the number of the associated trial.4. The shape of a position vs time graph for motion at constant speed is a straight line.Do your graphs have this shape?- 10-

Name: please help me plot the graph for these two trials, it should be the b
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Description: please help me plot the graph for these two trials, it should be the best fit line and also help me find the slope thank you Physics Laboratory Experiment - Straight Line Motion AtPurpose:In this experiment, the position of a bulldozer moving in a st

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Data Chart: Position of bulldozer in cm. (x) Trials Experiment #2 Trials Experimerit #1 Time in seconds (t) 1 average average Ocm Ocmocm 10cmo Cm oom 87cm 91 cm 950m 91 cm 10 Cm 68 cml190m/72 Cm 10 160em165 cm176 cm161 Cm 135 Cm138 cm147cm14O Cm 15 2420m 2470 254 cm 248 Cm 191 em/20 em/204c201 Cm 20 329cm 325 Cm 325 cm 326 cm|251om/253 om/2660m251 Cm 25 404 cm 396040scm 401 cm 316 c310 cm323o316 Cm 30 387003720m38200 380 cm. Average speed (Vav) in cm /sec 244 181 186 204 Cn/S 225c224 caf233 227 Canlg Data and Analysis: 1. For each trial, calculate the average speed, Vav, by dividing the total change in position by the total time interval that elapsed, t. 2. Use the data for the first trial to plot a graph of position vs time. 3. On the same piece of graph paper, plot a graph of position vs time for each of the other trials you ran. label each graph with the number of the associated trial. 4. The shape of a position vs time graph for motion at constant speed is a straight line. Do your graphs have this shape?

Data Chart: Position of bulldozer in cm. (x) Trials Experiment #2 Trials Experimerit #1 Time in seconds (t) 1 average average Ocm Ocmocm 10cmo Cm oom 87cm 91 cm 950m 91 cm 10 Cm 68 cml190m/72 Cm 10 160em165 cm176 cm161 Cm 135 Cm138 cm147cm14O Cm 15 2420m 2470 254 cm 248 Cm 191 em/20 em/204c201 Cm 20 329cm 325 Cm 325 cm 326 cm|251om/253 om/2660m251 Cm 25 404 cm 396040scm 401 cm 316 c310 cm323o316 Cm 30 387003720m38200 380 cm. Average speed (Vav) in cm /sec 244 181 186 204 Cn/S 225c224 caf233 227 Canlg Data and Analysis: 1. For each trial, calculate the average speed, Vav, by dividing the total change in position by the total time interval that elapsed, t. 2. Use the data for the first trial to plot a graph of position vs time. 3. On the same piece of graph paper, plot a graph of position vs time for each of the other trials you ran. label each graph with the number of the associated trial. 4. The shape of a position vs time graph for motion at constant speed is a straight line. Do your graphs have this shape?

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter2: Motion In One Dimension

Section: Chapter Questions

Problem 9P: A hare and a tortoise compete in a race over a straight course 1.00 km long. The tortoise crawls at...

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