Find the Norton current IN: the current that flows from a to b if the terminals are shorted.
Thévenin & Norton worksheet with answers
1.Easy
V1 = 18 VR1 = 10 ΩR2 = 12 Ω
IN = A
2.Easy
Find the Thévenin resistance Rth seen from terminals a–b.
V1 = 20 VR1 = 10 ΩR2 = 4 Ω
Rth = Ω
3.Medium
Find the Thévenin voltage Vth seen from terminals a–b.
V1 = 9 VR1 = 15 ΩR2 = 20 ΩR3 = 5 Ω
Vth = V
4.Medium
A load RL = 15 Ω is connected across a–b. Replace the rest of the circuit with its Thévenin equivalent and find the load current IL.
V1 = 15 VR1 = 4 ΩR2 = 10 ΩR3 = 6 ΩRL = 15 Ω
IL = A
5.Hard
A load RL = 6 Ω is connected across a–b. Replace the rest of the circuit with its Thévenin equivalent and find the load current IL.
V1 = 10 VIs = 5 AR1 = 5 ΩR2 = 5 ΩR3 = 15 ΩRL = 6 Ω
IL = A
6.Hard
A load RL = 30 Ω is connected across a–b. Use a Thévenin equivalent to find the power PL delivered to the load.
V1 = 18 VIs = 1 AR1 = 25 ΩR2 = 15 ΩR3 = 6 ΩRL = 30 Ω
PL = W
Answer key
- 1. IN = 1.8 A
- 2. Rth = 2.857 Ω
- 3. Vth = 5.143 V
- 4. IL = 0.4491 A
- 5. IL = 3.936 A
- 6. PL = 7.133 W
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