Here is the data:

Time (s) Run #2 Force (N) Run #2

1.5 2.59 1.55 2.7 1.6 2.96 1.65 3.31 1.7 3.64 1.75 3.5 1.8 4.05 1.85 3.78 1.9 4.23 1.95 4.36 2 5.06 2.05 5.68 2.1 5.71 2.15 5.21 2.2 4.85 2.25 4.33 2.3 3.81 2.35 2.57 2.4 1.87 2.45 1.58 2.5 1.23 2.55 0.98 2.6 0.92 2.65 1.14 2.7 1.91 2.75 2.74 2.8 5.69 2.85 8.1 2.9 11.32 2.95 15.87 3 16.09 3.05 16.46 3.1 14.29 3.15 11.12 3.2 7.64 3.25 6.82 3.3 5.47 3.35 4.85 3.4 3.68 3.45 3.56 3.5 3.62 3.55 5.39 3.6 6.34 3.65 8.63 3.7 10.81 3.75 14.04 3.8 17.3 3.85 19.37 3.9 16.78 3.95 13.77 4 10.85 4.05 8.45 4.1 6.55 4.15 5.93 4.2 4.69 4.25 4.39 4.3 3.34 4.35 3.87 4.4 4.44 4.45 6.99 4.5 10.28 4.55 14.14 4.6 16.5 4.65 18.78 4.7 17.34 4.75 14.26 4.8 11.71 4.85 8.57 4.9 6.47 4.95 5.84 5 4.77 5.05 4 5.1 3.68 5.15 3.13 5.2 2.84 5.25 4.44 5.3 6.47 5.35 9.37 5.4 12.59 5.45 15.54 5.5 17.78 5.55 18.34 5.6 15.59 5.65 11.72 5.7 9.75 5.75 7.31 5.8 5.96 5.85 5.44 5.9 4.31 5.95 4.02 6 3.49 6.05 4.09 6.1 6.4 6.15 8.14 6.2 11.76 6.25 14.02 6.3 16.4 6.35 17.8 6.4 16.14 6.45 13.57 6.5 10.89 6.55 8.72 6.6 6.49 6.65 6.26 6.7 5.14 6.75 4.6 6.8 4.45 6.85 3.98 6.9 4.39 6.95 7.59 7 11.37 7.05 14.11 7.1 17.47 7.15 18.28 7.2 16.92 7.25 13.46 7.3 10.55 7.35 8.13 7.4 6.47 7.45 5.44 7.5 4.76 7.55 3.7 7.6 2.71 7.65 2.99 7.7 2.82 7.75 5.21 7.8 7.25 7.85 10.39 7.9 13.02 7.95 15.03 8 16.68 8.05 16.42 8.1 13.4 8.15 9.96 8.2 8.71 8.25 6.18 8.3 4.91 8.35 3.79 8.4 3.13 8.45 2.68 8.5 2.36 8.55 2.15 8.6 2.71 8.65 5.05 8.7 8.03 8.75 10.84 8.8 13.07 8.85 15.63 8.9 17.24 8.95 15.54 9 11.99 9.05 9.99 9.1 7.55 9.15 5.88 9.2 5.3 9.25 4.12 9.3 3.47 9.35 2.88 9.4 3.33 9.45 3.48 9.5 5.39 9.55 8.15 9.6 10.71 9.65 13.33 9.7 15.64 9.75 17 9.8 15.43 9.85 12.95 9.9 10.01 9.95 7.26 10 6.03 10.05 5.22 10.1 4.38 10.15 3.3 10.2 2.61 10.25 2.4 10.3 2.08 10.35 3.68 10.4 6.32 10.45 8.69 10.5 12.68 10.55 14.44 10.6 15.67 10.65 16.91 10.7 15.12 10.75 11.5 10.8 9.13 10.85 7.44 10.9 5.82 10.95 4.6 11 3.42 11.05 3.09 11.1 2.36 11.15 3.09 11.2 4.04 11.25 6.55 11.3 9.19 11.35 11.81 11.4 13.35 11.45 15.76 11.5 16.45 11.55 14.35 11.6 11.41 11.65 8.85 11.7 7.01 11.75 5.68 11.8 4.22 11.85 3.68 11.9 2.33 11.95 2.44 12 2.39 12.05 3.32 12.1 4.2 12.15 6.9 12.2 9.6 12.25 12.28 12.3 13.51 12.35 16.19 12.4 15.77 12.45 13.15 12.5 10.47 12.55 7.61 12.6 6.34 12.65 4.58 12.7 4.21 12.75 2.65 12.8 2.56 12.85 2.11 12.9 2.25 12.95 3.21 13 4.4 13.05 7.71 13.1 9.39 13.15 12.32 13.2 13.58 13.25 15.06 13.3 13.59 13.35 11.68 13.4 9.44 13.45 6.95 13.5 5.26 13.55 3.83 13.6 2.54 13.65 2.1 13.7 0.97 13.75 0.64 13.8 0.25 13.85 0.33 13.9 0.07 13.95 0.57 14 0.22 14.05 1.24 14.1 2.7 14.15 5.18 14.2 6.42 14.25 7.74 14.3 9.39 14.35 9.16 14.4 9.2 14.45 8.65 14.5 6.37 14.55 5.6 14.6 3.57 14.65 2.87 14.7 3.3 14.75 2.01 14.8 2.56 14.85 1.9 14.9 1.51 14.95 0.71 15 0.79 15.05 1.07 15.1 1.71 15.15 2.78 15.2 3.99 15.25 4.29 15.3 5.06 15.35 4.06 15.4 2.77 15.45 2.75 15.5 1.72 15.55 1.65 15.6 2.61 15.65 3.11 15.7 2.53 15.75 2.62 15.8 3.09 15.85 2.17 15.9 2.4 15.95 2.11 16 0.2 16.05 2.32 16.1 3.48 16.15 2.7 16.2 2.3 16.25 2.29 16.3 2.78 16.35 2.45 16.4 2.43 16.45 2.41 16.5 2.22 16.55 2.41 16.6 2.4 16.65 2.59 16.7 2.96 16.75 2.05 16.8 2.2 16.85 2.72 16.9 2.42 16.95 2.23 17 2.38 17.05 2.49 17.1 2.56 17.15 2.4 17.2 2.5 17.25 2.43 17.3 2.43 17.35 2.45 17.4 2.45 17.45 2.39 17.5 2.43 17.55 2.32 17.6 2.49 17.65 2.38 17.7 2.44 17.75 2.37 17.8 2.32 17.85 2.5 17.9 2.45 17.95 2.37 18 2.47 18.05 2.42 18.1 2.34 18.15 2.45 18.2 2.49 18.25 2.49 18.3 2.35 18.35 2.43 18.4 2.51 18.45 2.32 18.5 2.43 18.55 2.42 18.6 2.4 18.65 2.36 18.7 2.45 18.75 2.38

We the smart-cart we used in the previous labs and swivel it in the vertical (i.e. in front of us). The cart's mass is -- 240 gr and is hanging from a 0.5 m inextensible light string. REPORT TASKS/QUESTIONS In this experiment we measure the force of tension (get the data from here). Based the data complete the following tasks: Q a) Given that the minimum (maximum) tension is related to the minimum (maximum) linear speeds, estimate these speed magnitudes Qb) What would be a good approximation for the linear acceleration of the cart at about --3.25 s? [Hint: 2.25 s is approximately between the minimum and maximum tension values] We the smart-cart we used in the previous labs and swivel it in the vertical (i.e. in front of us). The cart's mass is -- 240 gr and is hanging from a 0.5 m inextensible light string. REPORT TASKS/QUESTIONS In this experiment we measure the force of tension (get the data from here). Based the data complete the following tasks: Q a) Given that the minimum (maximum) tension is related to the minimum (maximum) linear speeds, estimate these speed magnitudes Qb) What would be a good approximation for the linear acceleration of the cart at about --3.25 s? [Hint: 2.25 s is approximately between the minimum and maximum tension values]