Help with MatLab please!

10 A recent dscovery shows that when the concentration of compound-y in a cell reaches 3 mM the cell begins mitosis. Theoreticians have further demonstrated that the concentration of compound- x and itself in the following way depends on com where is the fixed, constant rate of the reaction. Experimental data clearly show that when the concentration of compound-K is equal to 1 mM in the cel that the concentration of compound y is also equal to 1 mM sts have also been able to distower that the reaction rate, R, is equal to mM a, solve the reaction equation using analytical echniques b. Numerically integrate (by showing your code) the above reaction equation ower the interval 1 151 for a step sizes of h 0.05 using the explicit Euler method implicit Euler method modified Euler method Re Kutta 2 order midpoint method What is the sum of squared abselute and relative error for each of the four methods at both step sizes? Prese your results in a table (with one row for each method and one column for each step-sue and error type combination and show anv code used to Renerate the d Generate the following graph Plot of each of the 4 numerical methods and the anal lytical solution for time step 0.1 and indude axa labels, a title, and legend Plot of each of the 4 numerical methods and the anal lytical solution of time 005 and include labels, a title, and a legend 10 A recent dscovery shows that when the concentration of compound-y in a cell reaches 3 mM the cell begins mitosis. Theoreticians have further demonstrated that the concentration of compound- x and itself in the following way depends on com where is the fixed, constant rate of the reaction. Experimental data clearly show that when the concentration of compound-K is equal to 1 mM in the cel that the concentration of compound y is also equal to 1 mM sts have also been able to distower that the reaction rate, R, is equal to mM a, solve the reaction equation using analytical echniques b. Numerically integrate (by showing your code) the above reaction equation ower the interval 1 151 for a step sizes of h 0.05 using the explicit Euler method implicit Euler method modified Euler method Re Kutta 2 order midpoint method What is the sum of squared abselute and relative error for each of the four methods at both step sizes? Prese your results in a table (with one row for each method and one column for each step-sue and error type combination and show anv code used to Renerate the d Generate the following graph Plot of each of the 4 numerical methods and the anal lytical solution for time step 0.1 and indude axa labels, a title, and legend Plot of each of the 4 numerical methods and the anal lytical solution of time 005 and include labels, a title, and a legend