1 .		Use superposition to find the current through resistor R1.
2 .		In problem 1, find the power delivered to R1 for each source.
3 .		In problem 1, find the power delivered to R1 using the total current found.
4 .		How does the sum of the powers in problem 2 compare to the total power found in problem 3?
5 .		Find the voltage V using superposition.
6 .		Find the current I in the circuit for problem 5.
7 .		Find the Thevenin's equivalent circuit external to the resistor RL.
8 .		In the circuit of problem 7, find the current through RL when it is 4 ohms.
9 .		Find the Thevenin's equivalent circuit external to RL.
10 .		Find the Thevenin's equivalent circuit.
11 .		In the circuit for problem 10, find the power delivered to RL if it is 8 ohms.
12 .		Find the Norton equivalent of the circuit used in problem 7.
13 .		Find the Norton equivalent circuit of the circuit used in problem 9.
14 .		Find the Norton equivalent circuit for the circuit used in problem 10.
15 .		In the Norton equivalent circuit of problem 14, find the power delivered to the load resistor if it is 4 ohms.
16 .		Using the Norton equivalent circuit in problem 12, find the power delivered to a 4 ohm load resistor.
17 .		Find the Norton equivalent circuit external to the load resistor.
18 .		Find the power delivered to the load in problem 17 if RL =8 ohms.
19 .		Find the value for R for maximum power to R.
20 .		Determine the maximum power to R in problem 19.
21 .		Find the value for RL for maximum power to RL.
22 .		Find the maximum power to RL in problem 21.
23 .		Find the voltage VL using Millman's theorem.
24 .		Find the Norton's equivalent circuit external to the points a and b.
25 .		Find the load current IL in problem 24.
Answer choices in this exercise are randomized and will appear in a different order each time the page is loaded.