1. The problem statement, all variables and given/known data Assume that V = 4.8V and I = 3.2mA. Find Ix in the figure using the principle of superposition. 2. Relevant equations V=IR Kirchhoff's Current Law Kirchhoff's Voltage Law Total response = ∑responses from each individual source 3. The attempt at a solution I believe I'm having trouble in simply solving for I_x in each circuit, but if you see any other mistakes please let me know. Replacing the voltage source with a short circuit, we have: Not really sure how to go about solving this one. If I had to guess, I would right a KCL at the bottom node such that: I + the current across the 2k and 1k Ohm resistors = I_x Replacing the current source with an open circuit, we have: Summing the resistances now in series and solving for i_total: 4k * i_total = 4.8 i_total = .0012 A If I'm not mistaken, this should be equal to I_x_2. I_x = I_x_1 + I_x_2 = ?