Hi! I've included the image of the questions the data collected to answer the questions. Thanks!!

Analysis 123 marks] 1. For each data set, calculate the velocity at each time interval. Record each velocity at the midpoint of its time Interval in a data table. [6 marks] Show 2 sample calculations. [1 mark] Midpoint of Time Interval (s) Velocity (m/s) 0.03676 10 2. For each calculated velocity data set, calculate the acceleration of each new time Interval and record in a data table. (6 marks] Show 2 sample calculations. [1 mark] Time Interval (s) Acceleration (m/s) 0.03676-0.05531 Calculate the average of the acceleration values for the picket fence and each of the 2 masses. [3 marks] 4. What is the accepted value of acceleration for a free-falling object? Compare this value to each experimental value to determine the percentage error for each of the masses. [3 marks] 5. Calculate the downward force acting on each of the 2 masses. [3 marks] 6. Calculate the force of gravity for each of the 2 masses. [2 marks] 7. Compare the experimental force results to the accepted results; is the comparison expected based on previous findings? [2 marks] Picket Fence + 50g Thme () 0.03762 0 050 1.100 0.10364 0.150 0.13946 6.200 D.250 Data Collection 0 103 0.350 Picket Fence Only Time (s) Distance (m) 0.00000 0.000 0.04996 0.050 0.08546 0.100 0.11446 0.150 0.13958 0.200 0.16210 0.250 0.18268 0.300 0.20171 0.350 Picket Fence + 20g Time (s) Distance (m) 0.00000 0.000 0.08455 0.050 0.13318 D.100 0.16783 0.150 0.19636 0.200 0:221 19 0.250 0.24353 0.36397 0.350