I need help with the highlighted section. This lab is on circular motion. I've filled in the two formulas required in the box below the question and supplied the slope obtain from excel. I don't know how to find the gravitational acceleration exp from the data supplied. Any help would be appreciated. Thank you!

10,13 38 10. 1345 / 0.1338 10 cm 1.98 0.0005 /0. 2242 10, 0503 0. 0 6 6 6 0, 019108 10. 0 670 0. 0468 0.0001 1997 10 , 4491 15 cm 10. 2017 10. 0488 0.0 491 010 492/0. 04 90 10. 00 0 2 20 Cm 10. 4122 0. 3748 2.027 0.0 364 10.0364 0.0367 0.03 160 0. 000 1 10.8197 10. 6719 25cm 2: 04 16 0. 0331 10. 0332 /0.03 33 / 0. 0332 01000 1 10. 90360 1 0. 8145 C. Data Processing In Excel, create a graph Tension vs. Max. Speed Squared (T vs v). Generate a linear best fit and display the equation on the chart. Rewrite the theoretical equation for T as a function of v2 and, underneath it, the best-fit equation y(x) rearranged such that the numbers and the x term match the corresponding terms in the theoretical model. Equate the free terms of the two equations to find an experimental value for the gravitational acceleration gexp. Calculate the percent error relative to the expected value, g = 9.8 m/s2. T = mg + Z V max gexp = 7:1985 y = b + Slope . X E = 2103%% 01 + 1. 95 9 8 x