1. The problem statement, all variables and given/known data Where R1 = 2.4k, R2 = 2.9k, Vs1=7V, Vs2=7v and Is = 4mA For this circuit I need to find the Thevenin Equivalent resistance. 2. Relevant equations 3. The attempt at a solution *Just a heads up, all my loop analysis stuff is going clockwise* I've tried everything to try to solve this problem but I still can't get it. Here's what I've tried: To find Rth I need Voc and Isc. So to find Voc I used superposition: If I short circuit Vs1 and Vs2, I get Vo(1) = 2.4k * 4mA = 9.6V If I open circuit Is and short circuit Vs2 and use loop analysis: 2.4k(i1) + 7 +2.9k(i1) = 0 Solving for i1 = -0.001321A Therefore Vo(2) = 2.9k * i1 = 3.83V Then I open circuit Is and short circuit Vs1 wouldn't Vo(3) just be Vs2 = 7V? Am I on the right track or have I completely gone off course? Any help is appreciated!