Question: Using MATLAB, numerically solve the following set of differential equations. A MATLAB command to solve a set of differential equations is ode45. Plot your results

 Using MATLAB, numerically solve the following set of differential equations. A

Using MATLAB, numerically solve the following set of differential equations. A MATLAB command to solve a set of differential equations is ode45. Plot your results [x versus time]. Be sure to properly label your plots (by hand is ok, or type help plot for other options). [Label the horizontal and vertical axes of your plot.] What happens to the response when x t( 0) = becomes too negative? Turn in a hardcopy of the MATLAB file(s) you used to do this hw. Also, turn in the two relevant plots

Using MATLAB, numerically solve the following set of differential equations. A MATLAB command to solve a set of differential equations is ode45. Plot your results [x versus time]. Be sure to properly label your plots (by hand is ok, or type "help plot" for other options). [Label the horizontal and vertical axes of your plot.] What happens to the response when x(t -0) becomes too negative? Turn in a hardcopy of the MATLAB file(s) you used to do this hw. Also, turn in the two relevant plots I+0.6x + x2 + 3x=0 (1-0)=0.001 (You can use x(0) = 1.0, for example) y(t = 0)=0 (You can use a final-time of 25 seconds, e.g.) (You can try x(O)--10, for example, for the second part of the question.)

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