1. The Winchester Arms company tabulates the following data on it's standard velocity 22LR ammunition. The bullet's speed is measured at the following distances (given in yards) down range from the muzzle: {0, 25, 50, 75, 100, 125, 150, 175, 200} and, at those distances, they obtain the following speed values in ft./sec. {1116, 1062, 1017, 979, 947, 918, 891, 866, 843}. Form a table of these distances and speeds (form extra columns to express in SI units!)

1. The Winchester Arms company tabulates the following data on it’s standard velocity 22LR ammunition. The bullet’s speed is measured at the following distances (given in yards) down range from the muzzle: {0, 25, 50, 75, 100, 125, 150, 175, 200} and, at those distances, they obtain the following speed values in ft./sec. {1116, 1062, 1017, 979, 947, 918, 891, 866, 843}. Form a table of these distances and speeds (form extra columns to express in SI units!) and then compute the average speed and average acceleration over each of the distance intervals and record them in your table (assume constant acceleration over any one interval as an approximate working model). Form two final columns in your table to record your estimate of the time elapsed over each interval and the total elapsed time at the end of each interval. Finally, form a graph of average acceleration versus average speed and comment briefly on the qualities of high-velocity ballistics