Analyze the circuit below using mesh analysis. Create a system of equations using the current loop directions defined for I1,I2 and I3 below. Setup and solve for the mesh currents in matrix form. Then solve for the current through and voltage across resistor R1. Where: - Vs1=18V - Vs2=12V - R1=500 - R2=150 - R3=200 - R4=700 - R5=400 - R6=300 Your solution should: 1. Create a variable named V that contains the voltage sources in each loop. 2. Create a variable named R that contains the equation coefficients for resistance. 3. Solve the set of linear equations for current (in Amps) and store the result in a variable named I. I should be a column vector with I1 as the first element, I2 as the second, and I3 as the third. 4. Calculate the voltage drop across resistor R1 using Ohm's Law and the loop currents solved for previously. Assign the value to a variable named V1. Script ? Script ? Save C Reset E= ElallaB Documentation \% It is possible to organize the system of equations multiple ways and still arrive at the correct currents. Previous Assessment: 3 of 4 Tests Passed (67%) Is V correct? is R correct? Is I correct? x Is Va correct? Variable V1 has an incorrect value. Use Ohm's Law (V=IR) to determine the voltage drop