Using matlab

to simulate the vehicles dynamics of a car using matlab. The basic equations we will solve are: du m dt : Feng - Farage (1) da U, (2) dt Fdrag = 0.5pC, Av? (3) Let m = 1100 kg, CdA = 0.71 m^2, and rau = 1.2 [kg/m^3]. Let v(0) = 0 and x(0) = 0. Solve the following vehicle dynamics equation above. Let m = 1100 kg, CA = 0.71 m, and p = 1.2 (kg/m]. Let v(0) = 0 and 3(0) = 0. Solve the following vehicle dynamics equation above. Feng=500N a) Plot the velocity as a function of time. Make sure your plots are labeled and easy to read. b) Plot the distance as a function of time. Make sure your plots are labeled and easy to read. c) What is the steady state velocity? d) Provide all m-files. e) Make sure m-file is easy to read