om the circuit below, a. Using Thevenin's Theorem, calculate the Eth and Rth at nodes: i. a-b ii. b-c b. Using Norton's Theorem, calculate the In and Ry at nodes: i. a-b ii. b-c

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How can I find the solutions for this problem? (answers are given)

Answers:

a.i. Eth = 4 V, Rth = 3.857 ohms
a.ii. Eth = 15 V, Rth = 3.214 ohms
b.i. IN = 1.037 A, RN = 3.857 ohms
b.ii. IN = 4.667 A, RN = 3.214 ohms

1. From the circuit below,
a. Using Thevenin's Theorem, calculate the Eth and Rth at nodes:
i. a-b
ii. b-c
b. Using Norton's Theorem, calculate the In and RN at nodes:
i. a-b
ii. b-c
3Ω
12
O a
24 V
4 2
5Ω
) 2 A
O C
Transcribed Image Text:1. From the circuit below, a. Using Thevenin's Theorem, calculate the Eth and Rth at nodes: i. a-b ii. b-c b. Using Norton's Theorem, calculate the In and RN at nodes: i. a-b ii. b-c 3Ω 12 O a 24 V 4 2 5Ω ) 2 A O C
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