How am I supposed to answer the question at the bottom? Is it just asking me to write down the linear fit equation representing the motion?

. . . D ) uniform motion.cmo Connected Data Set Time Distance Motion of a Marble on a Level Surface (5) (cm) 0.4 0.7 40 1.1 60 1.4 1.7 109 Linear Fit for: Data Set | Distance 5 6 2.1 120 1 = mt+b 100 7 m (Slope): 59.20 cm/s 8 b (Y-Intercept): -3.010 cm 9 Correlation: 0.9989 10 RMSE: 1.918 cm 11 12 13 14 Distance (cm 15 16 17 18 60 19 20 21 22 23 24 25 26 27 28 29 Part 1: Uniform Motion Distance (cm) Time (s) 0.4 ( 5 ) 20 ( cm ) 40 ( cm) 0.7 (5) 60 (cm) 1.1 ( 5 ) 1. 4 (5) 80 ( cm ) 1.7 (5) 100 (cm) 2. 1 (5 ) 120 (cm) Include a file called uniform motion. cmbl showing a graph of distance as a function of time. Equation of motion, d(t), assuming d = do + vt d= it+ b d= 59.2 cm/s (t) + (-3.01 cm)