# Thevenin/Norton Resistance

The elements of the linear circuit shown above have the following values:

• Resistors: $$R_1=1.2 \text{ k}\Omega$$, $$R_2=4.7 \text{ k}\Omega$$ and $$R_3=3.3 \text{ k} \Omega$$
• Independent voltage sources: $$V_1=12 \text{ V}$$
• Independent current sources: $$M_1=3 \text{ mA}$$

Calculate the Thevenin equivalent resistance (in $$\text{k} \Omega$$) between the circular nodes. Round off your answer to three decimal places.

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