Hello. I have to answer this problem using matlab syntax. Thanks

1) Implement the analytical solution of the velocity and plot it for t that ranges over [O 20) 2) Implement the numerical solution of the velocity (Euler Scheme) with a step size 2s and plot it over the same interval [o 20] 3) Provide a true percent error computation at each time step between the analytical and the numerical solution 4) What if the final time (previously equal to 20) is not a multiple of the step size, update the implementation of (2) 1) Implement the analytical solution of the velocity and plot it for t that ranges over [O 20) 2) Implement the numerical solution of the velocity (Euler Scheme) with a step size 2s and plot it over the same interval [o 20] 3) Provide a true percent error computation at each time step between the analytical and the numerical solution 4) What if the final time (previously equal to 20) is not a multiple of the step size, update the implementation of (2)