Constant acceleration assignment. Introduction. We dropped a ball for you at MIT, and shone a strobe light on it , and took a time exposure of the experiment. The backdrop has divisions every 25cm. We are not sure the timing of the strobes, only that they were at regular intervals. Procedure, results, errors and hand in

+ Page view A Read aloud ) Add text MeJO A High AP Physics 1 Constant Acceleration Assignment Introduction We dropped a ball for you at MIT, and shone a strobe light on it, and took a time exposure of the experiment. The back drop has divisions every 25.0 cm. We are not sure the timing of the strobes, only that they were at regular intervals. O 12"C Most VDERBOLT Wi Fi 6 CERTIFIEDEduww G google translate -... + Page view 1 A Read aloud T) Add text Draw Highlight Procedure Print out the above image. Mark the center of each ball. Select a starting origin for measurements Measure the distance from the origin to the center of the ball for each image Measure the distance from the first line on the backdrop to the last line on the backdrop and work out the scale. You should get a scale of so many cm on your printout is equal to 1 m at MIT. Use the scale you just calculated to change your measurements on the image to measurements at MIT in m. Results Make a table with columns "number", "measured", "position at MIT", "time at MIT". Mark your scale at the top of the table. Draw a graph of position versus number. Because we know the acceleration of gravity at MIT is 9.8 -2, calculate the time interval between strobes. Draw a graph of Position vs Time at MIT. Draw a graph of Velocity vs Time at MIT Errors Estimate the errors in the experiment, and specifically errors in the time interval for the strobe. Hand in Hand in a report showing your printout of the still, your scale, your table and the three graphs. Write a conclusion about what you think happened in the experiment and what you learned. What was your estimate of the time interval between strobes and its error? O W G 12.C Mostly WI Fi 6 CERTIFIED