Table 1 Run # Time interval, Position (units) Distance Displacement Speed Velocity (units) [Initial & End] (units) (units) (units) (units) (s) (m) (m) (m) (m/s) (m/s) la t1=5.125 0.3559 / 0.3601 0.0042 +0.0042 0.1341 +0.1341 t2=5.1563 1b t1=1.25 0.78 / 0.8209 0.0409 +0.0409 1.310 +1.310 t2=1.2813 1c t1=2.00 1.29 / 1.3134 0.0234 +0.0234 0.4521 +0.4521 t2=2.0313 Table 2 Run # Slope (units) (m/s) Y-intercept (units) (m) 0.1341+2.413E-06 -0.3315+1.994E-05 2 1.31040.0001493 -0.857940.0002311TAKI 2. Object moving toward the mouon sensor. Table 4 Run # Time interval Position (units) Distance Displacement Speed Velocity At (units) [Initial & End] (units) (units) (units) (units) (s) (m) (m) (m) (m/s) (m/s) 3a t1=2 1.1494 / 1.1236 0.0258 -0.0258 0.8241 -0.8241 t2=2.0313 3b t1=2.25 0.9432 / 0.9175 0.0257 -0.0257 0.8241 -0.8241 t2=2.2813 3c t1=2.5 0.7376 / 0.7119 0.0257 -0.0257 0.8241 -0.8241 t2-2.5313 Table 5 Run # Slope (units) (m/s) Y-intercept (units) (s) 3 -0.8241+0.0001742 2.79840.0003943 4 -1.01940.0009532 2.964+0.001894PART 1 & 2: Show the equation with the m numbers you used in run 1 & 3 to calculate the cart's: I Distance Run 1: Run 3: I Displacement Run 1: Run 3: I Average speed Run 1: Run 3: I Average velocity Run 1: Run 3