1. Draw the block diagram for the parachute jumper system in Simulink for the two cases noted below For each case, plot the six outputs in a (2x3) matrix format. You should submit a printout of the a. (15 points) Similar to the seat-suspension system we did in class, the block diagram should be b. (15 points) Block diagram should be drawn representing the system in the state-variable MATLAB programs, Simulink block diagrams and plots for the two cases, drawn showing the various terms in the mathematical model. formulation, i.e., A, B, C and D matrices. 1. Draw the block diagram for the parachute jumper system in Simulink for the two cases noted below For each case, plot the six outputs in a (2x3) matrix format. You should submit a printout of the a. (15 points) Similar to the seat-suspension system we did in class, the block diagram should be b. (15 points) Block diagram should be drawn representing the system in the state-variable MATLAB programs, Simulink block diagrams and plots for the two cases, drawn showing the various terms in the mathematical model. formulation, i.e., A, B, C and D matrices