(Solved): Prelab5.PNG Use Kirchhoffs loop and junction laws to set up a system of equations for the circuit s ...

Prelab5.PNG Use Kirchhoffs loop and junction laws to set up a system of equations for the circuit shown above. Solve the system of equations for the current flowing through the left, middle, and right branches, $$I_1,I_2$$, and $$I_3$$. If $$R_1=6.8?,R_2=6.3?,R_3=4.5?,{?}_1=9.4\mathrm{V}$$, and $${?}_2=41.9\mathrm{V}$$, calculate the current flowing through each branch. If you obtain a negative number for one of the currents, that's okay-it just means the current was flowing in the opposite direction than you expected. Pro-tip: I highly recommend doing all your algebra symbolically and only plugging in the numbers in the very last step. Once you have numerical values for $$I_1,I_2$$, and $$I_3$$, multiply these quantities together and enter the product $$?I_1?\times ?I_2?\times ?I_3?$$ into the box below (enter the magnitude of the number to one decimal place, no units), (A note for clarily: multiplying these numbers together has nothing to do with circuits. Its set up like this because there is no 'multiple formula questions" option in Canvas.) $$?I_1?\times ?I_2?\times ?I_3?=?$$