1. What is the Norton equivalent resistance Rw external to the resistance R in t

Question

1. What is the Norton equivalent resistance Rw external to the resistance R in the circuit below? 10? T 10V (a) 3.33 0 (b) 5 0 (c) 15 0 (d) Infinity 2. Norton's Theorem states that you can replace a bilateral dc network with an equivalent circuit consisting of (a) a current source and a series resistor (b) a current source and a parallel resistor (c) a voltage source and a parallel resistor (d) a voltage source and a series resistor 3. Which network theorem states "The current through, or voltage across, an element in a linear bilateral network is equal to the algebraic sum of the currents or voltages produced independently by each source"? (a) Thevenin's Theorem (b) Superposition Theorem (c) Norton's Theorem (d) Maximum Power Transfer Theorem

Explanation / Answer

1) RN=5+10=15 ohms.

2) a current source and a parallel resistor.

3) super position theorem.

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