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By using the accepted value for the magnitude of gravitational acceleration | g |=9.80 m/s 2 , calculate the percent difference relative to the magnitude
By using the accepted value for the magnitude of gravitational acceleration |g|=9.80 m/s2, calculate the percent difference relative to the magnitude of the experimentally measured gravitational acceleration. Record in Lab Data to 1 decimal place
isCU Physics I (Laboratory) (3J) X Lab 3: Projectile Motion X + V E G 0 8 69 https:/ewconnect.mheducation.com 50% Getting Started YouTube G Gmail Maps News Translate K SUBMIT MECHANICS . PROJECTILE MOTION INTRODUCTION LABORATORY SIMULATION PHASE 8 : HORIZONTAL AXIS VERTICAL AXIS GRAPH TYPE GRAPH Graph Vertical Velocity vs. Time Lab Data - X (Vy VS. () Select horizontal axis Select graph type CREATE SAVE SHOW REGRESSION Complete the following steps: Conversion factors Select variable for horizontal axis SAVED: GRAPH 1 X 1 frame 0.0167 s Select variable for vertical axis 1 pixel 0.0065 m ession: y = 0.00x + NaN Select graph type Moving Basketball * (frame) t s) x (pixels) x (m) Vx (m/s) y (pixels) y (m) y (m/s ) Create graph 0.0167 271 1.769 439 2.8660 Display regression equation .0501 295 1.9259 1.69 456 2.9770 3.32 Save graph 0.0835 318 2.0670 4.48 472 3.0680 3.11 0.1169 339 4.09 487 3.1655 2.92 Determine the magnitude of the vertical 2.2035 acceleration in m/s2. Record in Lab to 2 0.150 362 2.3530 4.48 500 3.2500 2.53 decimal places 0.1837 386 2.5090 4.67 511 3.3215 2.14 By using the accepted value for the 0.217 410 2.6650 4.67 523 3.399 2.34 magnitude of gravitational acceleration Igl=9.80 m/$2, calculate the percent 0.2505 432 2.8080 4.28 532 3.4580 1.75 difference relative to the magnitude of th 0.2839 455 2.9575 538 3.4970 1.17 experimentally measured gravitational acceleration. Record in Lab Data to 1 0.317 3.1070 4.48 542 3.5230 0.78 decimal place .3507 .2565 545 .5425 .58 0.3841 524 3.4060 4.48 548 3.5620 0.58 0.4175 548 3.5620 4.67 547 3.5555 -0.19 0.450 571 3.7115 4.48 545 3.5425 0.39 0.484 593 3.8545 4.28 542 3.5230 0.58 0.517 516 4.004 4.48 538 3.4970 0,78 0.551 4.160 4.67 530 3.4450 1.56 1.75 .3841 0.4175 0.4509 0.4843 0.5177 0.5511 0.5845 0.6179 0.6513 0.6847 0.7515 0.78 0.0835 0.584 4.316 3.386 0.6179 4.465 3.3215 1.95 0.6513 710 .6150 4.48 3.2500 2.14 0.6847 733 4.7645 4.48 488 3.1720 2.3 0.7181 757 1.9205 4.67 3.0745 -2.92 0.7515 781 5.0765 4.67 458 2.9770 2.92 0 7849 803 5.2195 128 439 2.8535 .3.70 Graphing (Experimental Prediction) Slope of x vs t 4.50 Magnitude of horizontal velocity Vx (m/s) 4.50 Slope of Vx VS t 0.07 Magnitude of horizontal acceleration ax (m/s2) 0.07 SET MY NOTES A LAB DATA SHOW VIDEO Slope of Vy vs t -9.50 Magnitude of gravitational acceleration g (m/s?) 9.50 Experimental Accuracy Percent Difference Average Velocity. Percent DifferenceStep by Step Solution
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