1. The problem statement, all variables and given/known data http://imageshack.us/a/img831/2617/homeworkprobsg213.jpg [Broken] Find the load RL that will result in maximum power delivered to the load of the circuit. Also determine Pmax delivered 2. Relevant equations V = IR, KVL, KCL, voltage division, current division Thevenin procedures, Pmax to a load resistor = (V Thevenin)2/(4 Rload) R(Th) = R(load) ?? 3. The attempt at a solution No idea what to do regarding dependent voltage source. If I try to silence it with the 6V to find R(Th) I would get [ (1/4) + (1/6) ]-1 = 2.4Ω but that isn't right. And then I have no idea how I would find VTh afterwards either (although I know it would typically be the voltage where a is with the 4 ohm load resistor cut out of the circuit) Any tips?