MATLAB Only need help with PART 2 please on matlab. Part C -Matt\'s Car Matt has

Question

MATLAB

Only need help with PART 2 please on matlab.

Part C -Matt's Car Matt has previously reported that the vertical forces acting on their car can be modelled as the ODE dt m dt m where c17722, and k 9810 (after cancelling the effects of gravity) Matt is now interested in determining how low his car gets when loaded up for a long road trip (with a combined added mass of m 210kg). Follow the questions below to solve the ODE. 1a) Write the ODE as a system of two new ODEs. 1b) Compute the Eigenvalues of the ODE system by hand. 1c) Compute the Eigenvectors of the ODE system by hand. 1d) Use the initial conditions (y(0)--0.02 and y' (0) 0) to compute the specific solution of the system of ODEs. 2) Using either dsolve or ode45, compute the solution of the ODE in MATLAB. Plot the solution note: you may want to check the solutions to 1b and 1c using MATLAB's eig function.

Explanation / Answer

%Given Values

c=17722; k=9810;m=210;

subs(ysol)

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