# I1 = 300 uA V2 = 70 V R1 = 56 kOhms R2 = 47 kOhms R3 = 82 kOhms R4 = 56 kOhms R5 = 70 kOhms R2 Ru R5

I1 = 300 uA V2 = 70 V R1 = 56 kOhms R2 = 47 kOhms R3 = 82 kOhms R4 = 56 kOhms R5 = 70 kOhms R2 Ru R5 I R Given Reference the parameters file for the values of R, R, R, Ri, R, I, and V Find: a) Using mesh analysis, create a matrix in MVF (matrix vector format) that can be used to solve for . Clearly indicate your definition of mesh currents on a redraw of the circuit b) Find I Note 1. Credit wl not be given for using other methods other than mesh analysis for this problem Hint: 1. Note that there are a total of four meshes, but only three unknown mesh currents because the independent current source, I. is a perimeter source. 2. A super mesh will occur with the two middle loops because of the partitioning dependent current source 3. There will be a total of three equations and three unknowns that will form the matrix that solves for I

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