An airplane uses a parachute and other means of braking as it slows down on the runway after landing. Its acceleration is given by A= -0.0035 v2 – 3 m/sec2

An airplane uses a parachute and other means of braking as it slows down on the runway after landing. Its acceleration is given by A= -0.0035 v2 – 3 m/sec2

Consider an airplane with a initial velocity v0 that open its parachute and start decelerating at t= 0 sec.

a) By solving the differential equation, determine and plot the velocity as a function of time from t= 0 s until the airplane stops

b) Use a numerical intergration to determine the distance x the airplane travels as a function of time. Make a plot of x versus time.

-Design a GUI that runs a Simulink model to solve questions (a) and (b).

-You should give as input the initial velocity of the airplane. - in your GUi two separate plots should be present. Each of them will display the plots for (a) and (b) accordingly

- also your GUI should plot two graphs on each plot for two different inputs of initial velocity v0. For example: v0 = [300 600].