Data and Observations Input your mass of the 15 washers, the average mass of each washer, the height of your experimental setup and the times you observed into the table below. Then use the equation you stated in Question 3, above, to calculate the observed acceleration and input that into the table for each procedure. Table 5. Motion Data Mass of 15 Average Mass of Washers (kg) Washer (kg) Procedure 1 Height (m): 0.71 e L N ) = Average Acceleration (m/s?) \fResults and Discussion 1. Calculate the theoretical acceleration of the two masses using the equation from Question 3 in the experiment introduction. You must show your work for credit. Click here to enter text. Show how you calculated the observed acceleration of the masses that you reported in Table 5. Click here to enter text. Compare the theoretical and observed accelerations for each mass with a percent error calculation. You must show your work for credit. Click here to enter text. Use the tension equations from Question 3 or Question 4 in the experiment introduction to calculate the tension in the string for the falling washers. You must show your work for credit, and you must show the calculation for each mass, in each case (a total of 6 calculations). Click here to enter text. Compare these 6 values. Is there a trend in the numbers? If so, or if not, what does that mean in relation to Newton's Second Law? Clirk here tn enter text