1. 12 Ω
11Ω 3
24 Ω
4 Ω 12
24 Ω
17 Ω
6 Ω
4 Ω 2
RT = = 33 Ω

2. 11 Ω
9.2 Ω
8.8
24 Ω
44 Ω 6
8 Ω
4.5 Ω
30 Ω
5 Ω
2.5
RT = = 25 Ω

3. All resistors in series get the same current
All voltages in series add
All resistors in parallel get the same voltages
All currents in parallel add

4. Which resistors get 3 amps of current?
RT = 33 Ω
VT = ITRT
99 = IT(33)
IT = 3 amps
12 Ω
11Ω
V = IR 3
V = (3)3
24 Ω
4 Ω
99 V
*V = 9 V
24 Ω
17 Ω
6 Ω
4 Ω
* (each resistor in this group gets 9 V)
V = IR
V = (3)2
*V = 6 V 2
* (each resistor in this group gets 6 V)
Which resistors get 3 amps of current?
The 11 ohm and the 17 ohm
(and each parallel group)

5. R (Ω)
I (amps)
V (volts)
P (watts) 24 6 4 17 12 11
0.25
1.5 6
0.25 6
1.5 1 6 6
1.5 6 9 3 51
153
2.25 9
20.25
6.75
0.75 9 3 33 99
P total = 297 watts

6. Which resistors get 2 amps of current?
RT = 25 Ω
VT = ITRT
50 = IT(25)
IT = 2 amps
11 Ω
9.2 Ω
V = IR
8.8
V = (2)8.8
24 Ω
44 Ω
50 V
*V = 17.6 V
8 Ω
4.5 Ω
30 Ω
5 Ω
* (each resistor in this group gets 17.6 V)
V = IR
V = (2)2.5
*V = 5 V
2.5
* (each resistor in this group gets 5 V)
Which resistors get 2 amps of current?
The 9.2 ohm and the 4.5 ohm
(and each parallel group)

7. R (Ω)
I (amps)
V (volts)
P (watts) 24 8 30 5
4.5 11 44
9.2
0.21
1.04 5
0.625 5
3.125
0.17 5
0.83 1 5 5 2 9 18
1.6
17.6
28.16
7.04
0.4
17.6 2
18.4
36.8
P total = watts