Question: Using Hooke's Law and the Projectile Motion Equations provided in the physics background notes Predict the horizontal travel distance of the ping pong ball given

 Using Hooke's Law and the Projectile Motion Equations provided in the

Using Hooke's Law and the Projectile Motion Equations provided in the physics background notes Predict the horizontal travel distance of the ping pong ball given a drawback distance and launch angle Using MATLAB. generate travel distance data for draw back distances ranging from zero (0) inches to six (6) inches incrementing by one quarter (0.25) of an inch and launch angles ranging from zero (0) degrees to fifty (50) degrees incrementing by five (5) degrees. This will generate live sets of two hundred and forty (240) launch predictions, one set for each rubber band. Generate a table of averaged predictions by averaging each data point across the data sets for the five rubber hands. This data is to then be organized into a table to be included in the project report. Table structure demonstrated below. This table will be included in the project report

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