PLEASE CODE IN MATLAB

Calculating voltage using Kirchhoff loops Mis solucion Kirchhoffs laws are widely used in electrical engineering to find currents or voltages in closed circuits. Ohm's Law ( V=IR ) is used to write equations representing each loop in the circuit. As was discussed in class, these equations can be used to build a system of linear equations that can then be solved using linear algebra. For example, R11R21R31R12R22R32R13R23R33IaIbIc=VlaVIbVle For this problem, you have been provided the circuit shown below. Use Kirchhoff loops to create a system of equations. Arrange your equations so that the voltages are all positive. Solve for the current I using the current loop directions defined for Ia,Ib and Ic below. Your solution should: 1. Create a variable named V that contains the voltage (in Volts) for loop Ia in the first row, loop Ib in the second, and loop Ic in the third. 2. Create a variable named R that contains the equation coefficients (in Ohms). Place coefficients for current Ia in the first column, Ib in the second, and Ic in the third. Place the equation for loop Ia on the first row, Ib on the second, and Ic on the third. 3. Solve the set of linear equations for current (in Amps) and store the result in a variable named I. 4. Calculate the voltage drop across the 8 resistor between nodes c and f using Ohm's Law and the loop currents solved for previously. Assign the value to a \begin{tabular}{l|l} 1 & % Voltages \\ 2 & V=[];% Volts \\ 3 & \\ 4 & % Equation coefficients \\ 5 & R=[];% Ohms \\ 6 & \\ 7 & % Solve for current \\ 8 & I =[]; \\ 9 & \\ 10 & % calculate Vout \\ 11 & Vef = [ ]; \% units of Volts \end{tabular}