H.W2: Use the superposition principle to find i and vo in the circuit Answer: vo = 17.99V , i. =1.799 A i, 10 2 20 Ω + Vo 6 A 40 2 4io 30 V

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A: The required parameters can be calculated by using kirchhoff's current law and ohms law.

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Q: Determine Id and Vo for the network shown. + 8 V o Vo 1.2 k2 4.7 k2 Ip Si 6-6 V

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Q: 10 Ω 30 Ω ww + Vo 4i. +25 V 6 A (4 30 Q

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Q: Q12. Use superposition theorem to obtaim the value of v. 202 ww 25 v O SA O 42 0.1r

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A: so we will apply KVL to find current in the loop then we can find the voltage between B and D

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Q: 3. Given the following circuit, solve for Io. Must use Super node.

A: The super node concept can be applied if a voltage source is in common with the two node. The node…

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Q: 5. Determine the level of VE and IE for the network. 96 V 330 k2 B = 120 oVE 1.2 k2 6-6 V

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Q: For the given circuit, find voltage V using Superposition theorem. 85 15V4 12 reell +f 1022 2052…

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Q: 1-The dc source supplying an inverter with a bipolar PWM output is 96 V. The load is an RL series…

A: Bartleby has policy to solve only first question. Reupload the second question.

Q: A)Use Superposition Principle to find Vo in the circuit B)Use Thevenin Theorem to find Vo in the…

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Q: Ex28: Calculate the current through (Rx) in the circuit below. 802 32V 6A 40 2422 Rx complimentem **…

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Q: c) Solve for the Equivalent Resistance. 10 Ω 80 Ω 60 Ω 20 Ω 30 2

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Q: 1. Find Thevenin equivalent for the 202 resistor:

A: The thevenin's equivalent circuit can be obtained by calculating the open circuit voltage and…

Q: 1. Using Source Transformation, Find I, in the circuit.

A: It is given that:

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Q: Consider the given circuit where V1 = 11 V and V2 = 20 V. Determine vo (in Volts) using the…

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

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Q: 7) For the circuit below, find Ix using superposition. 9 V + 4 Ω 3 A 6 Ω 8. ww Ix + 4.5 V

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Q: Use superposition to find Vo in the circuit.

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Q: In the shown circuit, v (0 +) = %3D 4 Q 2 A (4 12 Q t = 0 3.5 H а. о O b. None of these answers is…

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Q: 5. Determine the non-reference node voltage for calculating i and then from that non- reference node…

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Current Division Method

The generalized current divider formula is given by the following relation below,