8. Find IA in the circuit below by the use of superposition. Answer: Io = -1.67 mA ) 2 mA 6 V 2 ko 6 ka 12 kΩ 3 kQ A lA 3 ka

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A: In this answer we will try to find the current I using the superposition theorem as shown below.

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Q: 2. Determine the equivalent resistance between the terminals a and b 452 0.666 0.6N 0.33352

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A: In this question we will find voltage Vo...

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Q: Find Vo using voltage divider. + 2 kQ 8 ΚΩ + 12 V 6 kQ 4 kQ

A: In this question , we will find Vo using voltage divider..

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A: We have to solve the circuit by using the superposition theorem i1=4A when 4 A source acting alone…

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Q: 2. Determine the equivalent resistance between the terminals a and b 452 0.6662 0.6N 0.33352

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Q: Find IA in the circuit below by the use of superposition. 6 V 2 kQ ) 2 mA 6 kQ 12 ka 3 kQ IA 3 kn

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Q: 3. JUse superposition to find Io in the circuit. 2 kn3 6V 6 kn )2 mA 3 kn 12V 12 v(+ 4 k.

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Q: Determine Vo for each of the circuit below. 4 V 2.2 k2 +8 V 2.2 ka (a) (b)

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A: For the given circuit w=1200 rad/s R= 10 ohms XL = jwL = j24 ohms Xc = -j/wc = -j0.167 ohms

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Q: Find IA in the circuit below by the use of superposition. 6 V 2 kQ 2 mA 6 kQ 12 kQ 3 kQ 4 IA 3 ka

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Q: Find Vo using voltage divider. 1 kΩ Vo 3 k2 12 kQ 6 V

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