Homework Answers
Problem #17 In the following circuit,L2-5.6 mH, R-5 Ohm, C-8.6uF, angular frequency w 10000 rad/s. The...
Problem #17 In the following circuit,L2-5.6 mH, R-5 Ohm, C-8.6uF, angular frequency w 10000 rad/s. The amplitude of the current through the resistor Ris 8.7 A. What is the amplitude of the current through C? [ 12 Submit Answer Tries 0/5 Problem #18 In the following circuit, 12- 8.7 mH, R-6.6 Ohm, angular frequency w 1000 rad/s, VB(t)- 2.8 cos(1000t). What is the circuit current waveform (t) _ cos_ t+ )? R ve ZL2 cos
L1 s] CI ?2 s2 In the circuit, the amplitude and phase of the voltage source...
L1 s] CI ?2 s2 In the circuit, the amplitude and phase of the voltage source Vs1 are 120 V and 0.4 rad, those of the voltage source Vs2 are 230 V and 0.5 rad, the voltage frequency is 20 kHz; 36 mH, L2 20 mH, C1 2.5 nF R1-3 kOhm, R2 7 kOhm, R36 kOhm, L1 Find the impedance of inductor L1 Real part of impedance (Ohm) Submit Answer Tries 0/3 Impaginary part of impedance (Ohm): Submit Answer Tries...
In the following circuit, L2= 9.9 mH, R= 1.6 Ohm, angular frequency w= 1000 rad/s, VB(t)=...
In the following circuit, L2= 9.9 mH, R= 1.6 Ohm, angular
frequency w= 1000 rad/s, VB(t)= 5 cos(1000t). What is the circuit
current waveform i(t)= ____cos(___ t + ___)?
i(t)= _____*cos(_____*t+_____).
し2
Matlab Code if available Problem 04 mm us(0 In the circuit, the voltage source Vs(t) frequency,...
Matlab Code if available
Problem 04 mm us(0 In the circuit, the voltage source Vs(t) frequency, amplitude and phase are 22 kHz, 10 V and 0.25 rad correspondingly; Rs=4 Ohm, Ri=12 Ohm, R2=9 Ohm, R3=2 Ohm, L1=0.11 mH, L2=0.13 mH, C= 1.4 uF ("u"="micro"). Part A. Using any appropriate techniques, find the parameters of Thevenin equivalent circuit with respect to the ports "a" and "b". Present the Thevenin source in the polar form and the Thevenin impedance in the algebraic...
Part A Find the average power delivered by the ideal current source in the circuit in...
Part A Find the average power delivered by the ideal current source in the circuit in the figure if ig-4 cos 5000t mA.(Figure 1) Express your answer with the appropriate units. P. Value Units igure 1 of 1 Submit Request Answer Provide Feedback 500 Ω 1000 Ω 100 mH 160 nF
Problem 05 In R Out For the circuit above, answer the following questions. 1. Derive the formula ...
Please Help!
Problem 05 In R Out For the circuit above, answer the following questions. 1. Derive the formula for the transfer function angular resonant frequency omega_res (enter the right hand side part of the formula only) Use exactly same notations for L,C and R as in the circuit diagram. Hints for solving the problem. (1) Ignore trivial solution omega_res 0 (2) In case obtaining the resonant frequency using the condition imag(H)0 fails, try finding the resonant frequency using impedance...
Problem 10.7 Consider the circuit in (Figure 1). Part A Find the average power delivered by...
Problem 10.7 Consider the circuit in (Figure 1). Part A Find the average power delivered by the ideal current source in the circuit if 2g = 70 cos 1250 mA. Express your answer to three significant figures and include the appropriate units. LO ЦА 2 ? Figure 1 of 1 > P= 96 w Submit Previous Answers Request Answer 5 ΚΩ * Incorrect; Try Again; One attempt remaining 8H 80 nF Provide Feedback
VO) L1 L2 Line VO LI Power Calculations Learning Goal: In this tutorial, you will practice...
VO) L1 L2 Line VO LI Power Calculations Learning Goal: In this tutorial, you will practice the calculation of power in circuits containing loads, including the effects of non-ideal transmission lines, and practice how to improve the power factor for an entire system. Many appliances (eg., hair dryers, coffee makers, and refrigerators) and industrial loads are powered by AC sources. The ability to be able to calculate their power needs is important in a number of situations. Before completing this...
In a series L-R-C circuit, the components have the following values: L = 20.0 mH, C...
In a series L-R-C circuit, the components have the following values: L = 20.0 mH, C = 140 nF, and R = 350 Ohm. The generator has an rms voltage 120 V and a frequency of 1.25 kHz. Part A Determine the average power supplied by the generator. P = W Submit My Answers Give Up Part B Determine the average power dissipated in the resistor. PR = W Submit My Answers Give Up
Problem #17 In the following circuit,L2-5.6 mH, R-5 Ohm, C-8.6uF, angular frequency w 10000 rad/s. The amplitude of the current through the resistor Ris 8.7 A. What is the amplitude of the current through C? [ 12 Submit Answer Tries 0/5 Problem #18 In the following circuit, 12- 8.7 mH, R-6.6 Ohm, angular frequency w 1000 rad/s, VB(t)- 2.8 cos(1000t). What is the circuit current waveform (t) _ cos_ t+ )? R ve ZL2 cos
L1 s] CI ?2 s2 In the circuit, the amplitude and phase of the voltage source Vs1 are 120 V and 0.4 rad, those of the voltage source Vs2 are 230 V and 0.5 rad, the voltage frequency is 20 kHz; 36 mH, L2 20 mH, C1 2.5 nF R1-3 kOhm, R2 7 kOhm, R36 kOhm, L1 Find the impedance of inductor L1 Real part of impedance (Ohm) Submit Answer Tries 0/3 Impaginary part of impedance (Ohm): Submit Answer Tries...
In the following circuit, L2= 9.9 mH, R= 1.6 Ohm, angular
frequency w= 1000 rad/s, VB(t)= 5 cos(1000t). What is the circuit
current waveform i(t)= ____cos(___ t + ___)?
i(t)= _____*cos(_____*t+_____).
し2
Matlab Code if available
Problem 04 mm us(0 In the circuit, the voltage source Vs(t) frequency, amplitude and phase are 22 kHz, 10 V and 0.25 rad correspondingly; Rs=4 Ohm, Ri=12 Ohm, R2=9 Ohm, R3=2 Ohm, L1=0.11 mH, L2=0.13 mH, C= 1.4 uF ("u"="micro"). Part A. Using any appropriate techniques, find the parameters of Thevenin equivalent circuit with respect to the ports "a" and "b". Present the Thevenin source in the polar form and the Thevenin impedance in the algebraic...
Part A Find the average power delivered by the ideal current source in the circuit in the figure if ig-4 cos 5000t mA.(Figure 1) Express your answer with the appropriate units. P. Value Units igure 1 of 1 Submit Request Answer Provide Feedback 500 Ω 1000 Ω 100 mH 160 nF
Please Help!
Problem 05 In R Out For the circuit above, answer the following questions. 1. Derive the formula for the transfer function angular resonant frequency omega_res (enter the right hand side part of the formula only) Use exactly same notations for L,C and R as in the circuit diagram. Hints for solving the problem. (1) Ignore trivial solution omega_res 0 (2) In case obtaining the resonant frequency using the condition imag(H)0 fails, try finding the resonant frequency using impedance...
Problem 10.7 Consider the circuit in (Figure 1). Part A Find the average power delivered by the ideal current source in the circuit if 2g = 70 cos 1250 mA. Express your answer to three significant figures and include the appropriate units. LO ЦА 2 ? Figure 1 of 1 > P= 96 w Submit Previous Answers Request Answer 5 ΚΩ * Incorrect; Try Again; One attempt remaining 8H 80 nF Provide Feedback
VO) L1 L2 Line VO LI Power Calculations Learning Goal: In this tutorial, you will practice the calculation of power in circuits containing loads, including the effects of non-ideal transmission lines, and practice how to improve the power factor for an entire system. Many appliances (eg., hair dryers, coffee makers, and refrigerators) and industrial loads are powered by AC sources. The ability to be able to calculate their power needs is important in a number of situations. Before completing this...
In a series L-R-C circuit, the components have the following values: L = 20.0 mH, C = 140 nF, and R = 350 Ohm. The generator has an rms voltage 120 V and a frequency of 1.25 kHz. Part A Determine the average power supplied by the generator. P = W Submit My Answers Give Up Part B Determine the average power dissipated in the resistor. PR = W Submit My Answers Give Up
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