2. Using the result of PreLab Question 1 along with the spring constant from the slope of the graph, calculate the total work done by the spring. Note that the displacement was 0.25 m. Show your work. Drelab question: W = gkxlz 3. The work done by the spring can be broken down by the work done by each 5 cm stretch. Using your Force (N) data from table 1, calculate the average force applied by the spring over each 5 cm stretch. (For example, ((15t row cell) + {2"d row ce||))f2 = 15t cell under the ForceAverage (N) column, and so on.) 4. Calculate the work done in each segment using the average forces from Post-Lab Question 3 and determine the total work done by adding all gf the segments together. How does this compare, using a % difference, to the work done by the spring calculated in Post-Lab Question 2? Table 1. Spring Scale Force Data Force (N) A Distance, Ax Distance, x (m) ForceAverage (N) Work (J) (m) 0 0 0.06 N 0.05 0.003 J 0.12 0.05 0.24 N 0.05 0.012 J 0.35 0.10 0.39 N 0.05 0.020 J 0.42 0.15 0.45 N 0.05 0.023 J 0.48 0.20 0.49 N 0.05 0.025 J 0.50 0.25