Question: IN MATLAB Problem 5: Solve problem 35 on page 320 of Gilat's book using the MATLAB solver ode45. 35. An airplane uses a parachute and

IN MATLABIN MATLAB Problem 5: Solve problem 35 on page 320 of Gilat's

Problem 5: Solve problem 35 on page 320 of Gilat's book using the MATLAB solver ode45. 35. An airplane uses a parachute and other means of braking as it slows down on the runway after land- ing. Its acceleration is given by a=-000352-3 m/s2. Since a = d , the rate of change of the velocity is given by: dt dv =0.0035 -3 Consider an airplane with a velocity of 300 km/h that opens its parachute and (a) By solving the differential equation, determine and plot the velocity as a (b) Use numerical integration to determine the distance x the airplane travels dt starts decelerating at t = 0 s. function of time from 0 s until the airplane stops. as a ution of time. Make a plot ofx versus time

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