If y(t) = 20 cos 5t volts, find v (1) in the network in Fig. P8.32 3Ω www v¸(t) +1 0.5 H 1H 102 0.02 F vo(t)

Q: L= 2H, R = 22, e(t) = 4v2 cos(t + 75°), i(t) =sin(2t) L R. e(t) i(t) İR

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Q: 8.33 Switches 1 and 2 in the circuit in Fig. P8.33 are syn- chronized. When switch 1 is opened,…

A: So IL0-=60mA

Q: 8.54 Use the supernode technique to find I, in the circuit in Fig. P8.54. 12/0° v -j10 2Ω 1 0 j2 0…

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Q: Find vA(t) in Fig. 60 cos (50t + 20°) V 202 0.1 H DA(1) 0.01 F 0.05 H imit 5 Ω 0.005 F 100 cos 50t V

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Q: 2kN A 3k 2 B Fig. (Q-35 to Q-37) In the figure, VAB = A. 9.54 V B. 8.84 V C. 3.16 V O D. 1.76 V

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Q: For the circuit shown to the right: 10V 1 ΚΩ 2 H The magnitude of the voltage measured across the…

A: The given circuit is:                        The voltage across the inductor is VL = 5 VIt is…

Q: 8.3.9 For the RLC circuit shown in the image below, if R1 = 2 S2 and R2 = 10 S2, c = 0.10 F, and the…

A: We need to find voltage across resistor in given circuit.

Q: (a) Find Vs in the network in the figure below if V, = 4/0°V. 1 Ω -j1 Ω HH 1Ω + V Σ2Ω + = -j1 Ω ΖΩ

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Q: 8.3.4 For the RLC circuit shown in the image below, if R1 = 10 S2 and R2 = 3 S2, C = di (0*) 0.23 F,…

A: We need to find out rate of change of inductor current at initial time.

Q: 8.56 Find I, in the circuit in Fig. P8.56 using nodal analysis. I. 2 20 2/0° A 20 1Ω -j2 0 12/0° v+…

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Q: 8.72 Using loop analysis, find I, in the network in Fig. P8.72. 12/6'v 2/0 A jin

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Q: 8.3.7 For the RLC circuit shown in the image below, if R1 = 5 2 and R2 = 6 2, C = 0.16 F, and the…

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Q: 8.10 Find the frequency-domain impedance, Z, shown in Fig. PS.10. ww 10 z- j2n Figure P8.10

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Q: 8.95 Use Thévenin's theorem to determine I, in the network in Fig. P8.95. 2/0°A 12/6°v + -1Ω ΤΩ 1Ω…

A: Thevenin theorem is applicable to DC and AC circuits. The complex circuit can be replaced by a…

Q: 8.140 Determine I, in the network in Fig. P8.140. キ10 12/0° V 1Ω 2Vx 2/0° A 310 V310 Figure P8.140

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Q: 8.77 Determine V, in the circuit in Fig. P8.77. -j1 n j2n 12/6 V Vo 6/0 A Figure P8.77

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Q: 8.52 Use nodal analysis to find I, in the circuit in Fig. P8.52. -ji A 20: O 4/0 A O 6/0 v j2n 20…

A: The solution is given below

Q: 8.76 Use Thévenin's theorem to find V, in the network in Fig. P8.76. ΕΔΡΑ 6/6°A -1 Ω Figure P8.76 ΣΩ…

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Q: 8.139 Find I in the network in Fig. P8.139. 21x I, I, 6/0° V 4/0° v

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Q: Find the steady-state is (a) w = 400rad/s, 100 cos (wt) mA 375 mH 12 cos (400 t) V 100 S2 ww vo(t) +…

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Q: As shown in the figure below, the input signal m(t) is multiplied with a sinusoidal pulse p(t) to…

A: As per the honor code we can solve only 3 subpart at a time. Please repost your question to get the…

Q: current

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Q: 8.66 Use nodal analysis to find V, in the circuit in Fig. P8.66. 12/0° v Vo -j1 0 Vx 1Ω 2V, 1Ω…

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Q: Find the current ir(t) of the resistor in the sinusoidal steady state (use phasors). C= 1F, L = 1H,…

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Q: RLC Network Question If the voltage source is sinusoidal, then the input voltage (r.m.s.) is: ww R…

A: Given- An RLC network is shown- VR=8 V,VL=14 V,VC=10 V, To Find- The input voltage (r.m.s).

Q: For the system below find STF G1 G 8+2

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Q: 8.57 Use nodal analysis to find I, in the circuit in Fig. P8.57. 6/0° v )4/0° A 12/0° V +) 2/0° A…

A: This problem can be done by using nodal analysis

Q: 8.36 Find v, (1) in the eircuit in Fig. PS.36. 10 A 0.1 H 0.005 F 100 cos 401 V 40 cos (40t - 30) v…

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Q: Given the following RLC circuit, determine the current i (t) of the circuit using phasors (consider…

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Q: 8.90 Use superposition to find V, in the circuit in Fig. P8.90. 2/0° A 4/0 A 10 10 ーinキ -j10 6/0 10…

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Q: 59 8.63 Use nodal analysis to find V, in the circuit in Fig. PS.63. 41, V. 10 Figure P8.63

A: In this question,   We need to determine the value of the voltage Vo as shown in the circuit using…

Q: Find the value of C such that v(1) and i(t) are in phase in Fig. E8.13.

A: Note : Frequency is not given so considering the frequency as 50 Hz and then solving the above…

Q: In the graph below, the current in a series RLC circuit is given as a function of frequency f. The…

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Q: 9.41 Find v(t) in the RLC circuit of Fig. 9.48. 12 10 cos t V IFv(1) 1H ele

A: In this question , we will find capacitor voltage..

Q: The response curve of the system as shown, what will be the natural frequency and damping ratio?

A: here from the curve the maximum peak = 1.25

Q: Find Vx in the circuit in Fig. P8.144 using Norton's theorem. 1/6° A Figure P8.144 j4 Ω 11/0°V 10Ω…

A: The given circuit is,Asked to find the voltage Vx by using Norton's theorem.

Q: Use Thevenin's theorem to find Vo in the circuit in Fig. P8.125. 402 j20 ww -j40 12 1/90° A 12/0°V ±…

A: In this question, we need to determine the voltage Vo using the thevenin theorem.

Q: 632 wn 122 MA 32V Qi Find the Current through the 9e resistor Using Superposition theorem ww.

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Q: Find the Thévenin's equivalent for the network in

A: For finding the thevinins we find the Zth and Vth across the terminals consider the loop currents I1…

Q: =.31 Find ic(t) and i(t) in the network in Fig. P8.31 0821. ic(t) p(t) = 120 cos (5000t) V Figure…

A: The given circuit diagram is, To find the value of iCt and it in the network.

Q: If v;(t) is a step voltage in the network shown in Figure 8, find the value of settling time such…

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Q: Problem 7: find the phasors of the following time function a. v(t) = 9 cos (wt -) (V) b. v(t) = 12…

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Q: 8.45 If V, - 4 /0 v, find I, in Fig. PS.45. 10 Figure P8.45

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