In matlab

Applying the conservation of mass to the components of the fluid passing through the separator in homework 14, provides the following system of linear equations. The first equation applies to water, the second to ethanol, and the third to Methanol components of the fluid. 0.20 M 1 + 0.65 M2 + 0 x-50 = 0 0.35 M1 + 0.25 M2-100 x + 0 = 0 0.45 M1 + 0.10 M2 + 100 x-50 = 0 Outputs SEPARATOR M1 (Kg/h) XH20-0.20 Xethanol= 0.35 XMethani 0.45 Input Min-100 (Kg/h) XH20-0.50 XEthanol- X M2 (Kg/h) XH20-0.65 XEthanor= 0.25 XMathann 0.10 t 1. Create three symbolic equations to represent cach of the above three equations Use the solve function to solve the system of three equations and three unknown; M1, M2, and X. Output execution time for this method of solving the system of equations with that obtained using the Reduced Row Echelon Function. 2. 3