1. (20 points) Drag coefficient of a free-falling bungee jumper can be calculated by mg eJvi where m is the mass, g is the gravitational constant (9.81 m/s*2), and vt is the terminal velocity Based on the data given in the Table, calculate the drag coefficient associated with each jumper (having their own masses and terminal velocities). By using MATLAB built-in functions, calculate the mean, min, and max values of the drag coefficient and use the average value of the drag to calculate the terminal velocities for each mass. Finally, plot the terminal velocities versus mass. Please use 'o' as your marker in your plot 2.1 Data for the mass and associated terminal velocities of a number of jumpers 83.6 53.4 60.2 48.5 72.1 50.9 91.1 55.7 92.9 54 65.3 47.7 80.9 V, m/s