Data Table 1: Spring Strength 1 Spring Strength 4 Spring Strength 10 Mass (G) Force Distance Mass Force Distance Mass Force Distance (N) (G G (M) (N) (M) (N) (M) 0g 0 0 0 0 0 0 2 50 g 0.49 N 0.33 M 50 G 0.49 0.16 M 50 G 0.49 N 0.09 M N 3 100 g 0.98 N 0.65 M 100 G 0.98 0.33 M 100 G 0.98 N 0.17 M N 4 150 g 1.47 N 0.97 M 150 G 1.47 0.5 M 150 G 1.47 N 0.24 M N 5 200 g 1.96 N 200 G 1.96 0.65 M 200 G 1.96 N 0.35 M N 6 250 g 2.45 N = 250 G 2.45 0.82 M 250 G 2.45 N 0.42 M N 7 300 g 2.94 N 300 G 2.94 1 M 300 G 2.94 N 0.5 M N 8 Unknown Mass 0.4 M Green 0.2 M Green 0.11 M Green Unknown Mass 0.77 M Blue 0.4 M Blue 0.21 M Blue 10 Unknown Mass Pink 0.61 M Pink 0.32 M PinkThe Unknown Masses: For each unknown Determine the unknown masses, using the graphs of each spring that you have created. Indicate the appropriate. points on each graph. It would be great to color coordinate if you can. Record all results in the table helow.| Spring Kvalue Mass of green Mass of blue Mass of pink Strength (Slope Value) Conclusions: 1. The kvalue ofa spring can he found 2. What is interpolation? How was it used