The Thevenin equivalent voltage VTH appearing between the terminals A and B of the network shown in the given figure is given by 3 Ω 100/0° V (A) j16 (3-j4) (C) 16 (3+j4) 32 02 : -6 Ω A 0+ j4Ω VTH 1- B (B) j16 (3+j4) (D) 16 (3-j4)

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Q: the Thévenin equivalent network seen across terminals a-b. j20 Ω m 50/30° V 10 Ω Μοο -10 Ω ob

A: Given:a network, we need to find:thevenin equivalent network across terminals a-b.

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A: The solution is given below

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Q: 8) For each of the circuit, obtain Thevenin and Norton equivalent circuits at terminals a-b. 14 O

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A: The solution is given below

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A: Circuit diagram is given as,

Q: the state equations for the circuit given in the figure

A: the state equations for the circuit given in the figure

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Q: Please solve, use superposition theorem

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Q: Use superposition to find V. shown in the figure below. 12/0° V 10232 4/0° A I₂ R₂ 102 -j10 Zu + Vo

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Q: Determine the Norton equivalent of the circuit as seen from terminals a-b. Use the equivalent to…

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Q: Find Vo using superposition -j4Ω 8 Ω Μ 10/0° V (+ +41 =j2 Ω 4/0° A j5 Ω mm www 6Ω 3/0° A

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Q: 7) Use the method of source transformation to find I, in the circuit.

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