• Calculate the magnitude of theoretical acceleration in cm/s².
• Calculate the magnitude of experimental acceleration in cm/s².

V isCU Physics I (Laboratory) (3J) X Lab 2: Inclined Plane X G Calculate the magnitude of theo X + 67% E G O & https:/ewconnect.mheducation.com Getting Started YouTube G Gmail Maps News Translate A Lab Data - X SUBMIT MECHANICS . INCLINED PLANE Conversion factors INTRODUCTION LABORATORY SIMULATION PHASE 9 : 1 frame 0.0334 s Experimental Accuracy 1 pixel 0.0705 cm Complete the following steps: Inclination Angle of Track Calculate the magnitude of theoretical Horizontal track acceleration in cm/s2. Record in Lab Data 85.5 cm ength to 1 decimal place Vertical track 7.2 cm 2 Calculate the magnitude of experimental height acceleration in cm/s2. Record in Lab Data Inclination angle 4.8 degrees to 1 decimal place Moving Cart Using the theoretical acceleration as the accepted value, calculate the percent t (frame) t ( s ) x (pixels) x (cm) Vx (cm/s) y (pixels) y (cm) Vy (cm/s) difference between theoretical 0.0668 19 1.3 133 9.4 acceleration and experimentally 2 measured acceleration of the cart. Record 6 0.2004 218 15.4 105.5 150 10.6 9 in Lab Data to 1 decimal place. 10 0.3340 399 28. 95.1 165 11.6 7.5 14 0.467 56 39.2 83.1 178 12.5 5.7 18 0.6012 692 48.8 71.9 190 13.4 6.7 W1 = -mg . cos(0) 22 0.734 304 56. 59 190 14.0 4.5 26 0.8684 897 63.2 48 206 14.5 3.7 W = mg 30 1.0020 968 68.2 37.4 213 15.0 3.7 34 1.1356 1016 71. 25.4 216 15.2 1.5 1046 73.7 15.7 219 15.4 1.5 WII = -mg . sin(0) 38 1.2692 40 1.3360 1049 74.0 4.5 219 15.4 0.0 42 1.4028 1048 73.9 -1.5 219 15.4 0.0 46 1.5364 1034 72.9 -7.5 217 15.3 -0.7 50 1.6700 97 70.3 19.5 214 15.1 -1.5 54 1.8036 946 56.7 26.9 210 14.8 -2.2 1.9372 868 61.2 41.2 203 14.3 -3.7 62 2.070 773 54.5 50.1 196 13.8 -3.7 66 2.2044 657 46.3 61.4 186 13.1 5.2 METHODS O RESET MY NOTES A LAB [ 70 2.338 522 36.8 71.1 175 12.3 -6.0 74 2.4716 366 25.8 82.3 162 11.4 6.7 78 2.6052 188 13.3 93.6 147 10.4 -7.5 Graphing (Experimental Prediction) Slope of Vx VS t -82.7 Magnitude of horizontal acceleration ar (cm/s2) 82.7 Slope of Vy vs t -6.8 GO TO PHASE 10 Magnitude of acceleration ay (cm/s2) 6.8 PHASES 9 10