using matlab

Create a single script {.m file) to solve these problems. Unless directed otherwise, use meaningful variable names for each variable; do not use the default variable ans to store your results. For this project, suppress your output with semi-colons (;). Each problem should be in a separate cell, using the cell mode feature of MATLAB. Please remember to follow the programming style sheet on Canvas. When complete, please submit your code to the dropbox on Canvas; the graders will run it to view your output. Name your file like this: username_project4. m (example: bjs5332_project4. m). Your submission must be a single. m file. Consider the following system of simultaneous ordinary differential equations with initial conditions. x(0) = 2 and y(0) = 1. Symbolically solve for x(t) and y(t), and then display the results using a combination of the simplify and pretty commands. Before each pretty command, use a print statement to label what the "pretty" output represents. Create a single script {.m file) to solve these problems. Unless directed otherwise, use meaningful variable names for each variable; do not use the default variable ans to store your results. For this project, suppress your output with semi-colons (;). Each problem should be in a separate cell, using the cell mode feature of MATLAB. Please remember to follow the programming style sheet on Canvas. When complete, please submit your code to the dropbox on Canvas; the graders will run it to view your output. Name your file like this: username_project4. m (example: bjs5332_project4. m). Your submission must be a single. m file. Consider the following system of simultaneous ordinary differential equations with initial conditions. x(0) = 2 and y(0) = 1. Symbolically solve for x(t) and y(t), and then display the results using a combination of the simplify and pretty commands. Before each pretty command, use a print statement to label what the "pretty" output represents