Use MATLAB Eq1:3x + 2y2 + 4z 16 Eq2: 7x 3y + z2 27 Eq3: x2 + y - 3z = -15 1. Solve this part by building functions. 2. Solve these equations using the symbolic toolbox 3. Round the solutions to the nearest integer (to use them in the following steps) 4. Find the solutions. 5. Substitute the real solutions in the following equation. Eq4(x, y, z) = x + 2y + 3z 6. Substitute the complex solutions in the following equation. Eq5(x, y, z) = x+y+z 7. Function inputs are Eq1, Eq2, Eq3, Eq4, Eq5 8. Function outputs are Rounded Solutions and the result of substituting the real solutions in Eq4 and complex solutions in Eq5. Hints: 1. Rounding is a built-in function. 2. There are real and complex solutions. 3. If or switch functions can help Note: You can form two functions: first function with eq1, eq2, eq3 as inputs and rounded solutions as outputs, second function with eq4, eg5 as inputs and substituted results as outputs Use MATLAB Eq1:3x + 2y2 + 4z 16 Eq2: 7x 3y + z2 27 Eq3: x2 + y - 3z = -15 1. Solve this part by building functions. 2. Solve these equations using the symbolic toolbox 3. Round the solutions to the nearest integer (to use them in the following steps) 4. Find the solutions. 5. Substitute the real solutions in the following equation. Eq4(x, y, z) = x + 2y + 3z 6. Substitute the complex solutions in the following equation. Eq5(x, y, z) = x+y+z 7. Function inputs are Eq1, Eq2, Eq3, Eq4, Eq5 8. Function outputs are Rounded Solutions and the result of substituting the real solutions in Eq4 and complex solutions in Eq5. Hints: 1. Rounding is a built-in function. 2. There are real and complex solutions. 3. If or switch functions can help Note: You can form two functions: first function with eq1, eq2, eq3 as inputs and rounded solutions as outputs, second function with eq4, eg5 as inputs and substituted results as outputs