Q. Draw a conclusion between the results ini) Table 1 & the Maximum Power Transfer Theorem.ii) Table 3 & the Maximum Power Transfer Theorem. Multisim IT (mA)Multisim Vrint (V)Multisim Vrload (V) PRload=lTVRload(mW)RINTRLOAD3.3kn 1 ko3.3kn 2.2 kO3.3ko 3.3 kN4.1097mW6.5096mW8.0102mW3.3kn 4.7k6.4088mW3.3ko 6.8 kO5.4155mW Calc'd PloadCalc'd ITPrelabRINTRLOADCalc'd RTMultisim ITMultisimMultisimPRload=lVRload(mW)PrelabPrelab(mA)VRint (V)Vrload (V)3.3kQ5000に703.8kQ4.9858mW4.98964mW3.3kQ1 kN4.3kN7.7874mW2 7007.792472mW-.. ..3.3kQ2 ko5.3kQmA10.2522mW10.249127mW4.J293.3kO3 kQ6.3kN10.8836mW10.890884mW3.3kQ3.5kn6.8kQmA10.8995mWこ10.906816mW3.3kQ4 kn7.3kQ10.8083mW*ヘG/10.815875MW3.3kQ5 kO8.3kQ1.. mA10.4502mW10.451688mW4.112V3.3kQ6 ko9.3kQ9.9892mW9.993631mW3.3kQ7 ko10.3k2umA9.5005mWAV9.515718mW3.3kQ8 ko11.3kQ" MA9.0210mW1.00...".9.020628mW3.3kO9 ko12.3k2umA8.5661mW8.577083mW3.3kn10 kO13.3kQCmA8.1414mWし.こuLI*ヘー8.136942mW

Answered: Image /qna-images/answer/cf0904ce-8793-4b32-99eb-56599d384b25.jpg

Answered: . Draw a conclusion between the results…

. Draw a conclusion between the results in i) Table 1 & the Maximum Power Transfer Theorem. ii) Table 3 & the Maximum Power Transfer Theorem.

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter21: Resistive-capacitive Series Circuits

Section: Chapter Questions

Problem 6RQ: A 15-F AC capacitor is connected in series with a 50 resistor. The capacitor has a voltage rating...

See similar textbooks

Related questions

Q: If you have solved a multisource problem with the mesh current approach, explain how you can…

A: In the experiment, we can use different measuring instruments to measure different quantities at…

Q: B3 A3 B A Cin Full Adder Cout S Cout S3 B₂ A₂ B A Cin Full Adder Cout S S₂ B1 A1 B A Cin Full Adder…

A: From the given figure.... We can see that a combinational circuit consisting of four full adders.

Q: For the circuit shown below, showing your work: 1. Find the VTH. Isc, and RTH seen by R. and draw…

Q: 1)What is the resolution of a D/A

Concept explainers

Operational Amplifier

An operational amplifier also called op amp is an integrated circuit or analog circuit that takes input as a differential voltage and produces output as a single-ended voltage. It is an IC that can amplify weak electric signals.An op amp has one output pin and two input pins. The basic role of an opamp is to amplify the voltage difference between the two input voltages. It is also used in filtering or to perform mathematical operations or in signal conditioning.

Question

100%

Q. Draw a conclusion between the results in

i) Table 1 & the Maximum Power Transfer Theorem.

ii) Table 3 & the Maximum Power Transfer Theorem.

Multisim IT (mA)
Multisim Vrint (V)
Multisim Vrload (V) PRload=lTVRload(mW)
RINT
RLOAD
3.3kn 1 ko
3.3kn 2.2 kO
3.3ko 3.3 kN
4.1097mW
6.5096mW
8.0102mW
3.3kn 4.7k
6.4088mW
3.3ko 6.8 kO
5.4155mW

Calc'd Pload
Calc'd IT
Prelab
RINT
RLOAD
Calc'd RT
Multisim IT
Multisim
Multisim
PRload=lVRload(mW)
Prelab
Prelab
(mA)
VRint (V)
Vrload (V)
3.3kQ
5000
に70
3.8kQ
4.9858mW
4.98964mW
3.3kQ
1 kN
4.3kN
7.7874mW
2 700
7.792472mW
-.. ..
3.3kQ
2 ko
5.3kQ
mA
10.2522mW
10.249127mW
4.J29
3.3kO
3 kQ
6.3kN
10.8836mW
10.890884mW
3.3kQ
3.5kn
6.8kQ
mA
10.8995mW
こ
10.906816mW
3.3kQ
4 kn
7.3kQ
10.8083mW
*ヘG/
10.815875MW
3.3kQ
5 kO
8.3kQ
1.. mA
10.4502mW
10.451688mW
4.112V
3.3kQ
6 ko
9.3kQ
9.9892mW
9.993631mW
3.3kQ
7 ko
10.3k2
umA
9.5005mW
AV
9.515718mW
3.3kQ
8 ko
11.3kQ
" MA
9.0210mW
1.00...".
9.020628mW
3.3kO
9 ko
12.3k2
umA
8.5661mW
8.577083mW
3.3kn
10 kO
13.3kQ
CmA
8.1414mW
し.こuLI
*ヘー
8.136942mW

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Step by step

Solved in 3 steps with 3 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Please answer in typing format solution please only typing format solution please Please answer
Use nodal analysis to determine current in the capacitor in the figure below. Choose the right answer.
What's 21 22 23
Please address the question in the attached photo. Thank you.
Q1 Explain the following terms: (a) Sensor (1.5 marks) (b) Transducer (1.5 marks) (c) Instrument Q2 Q3 (2 marks) Based on Figure Q2, if the RTD sensor measurement is 57°C answer the following. (a) Calculate the output current from RTD sensor if the output range is 4 20mA. (2 marks) (b) Calculate the output voltage from the temperature controller if the output range is 0-10VDC. (2 marks) (c) Propose a type of sensor if the process temperature is increased to 1000°C. (1 marks) A capacitive displacement transducer is designed to determine the rotary position. from 0° 180° as shown in Figure Q3. The moving plate whose radius is 40mm is sandwiched between two fixed plates, spacing at Imm. The dielectric constant of air is k 1.The capacitive transducer is formulated as: where; (a) kA€。 farads k = dielectric constant A the area of the plate, in square meters €₁ = 8.854 × 10-12 in farads per meter d = the plate spacing in meters Construct an equation of the change of the capacitance (F) when…
in V1 R2 100k SINE(0 10 100) R1 100k D1 D V2 0 out D D2 V3 0 DC offset[V]: 0 Amplitude[V]: 10 Freq[Hz]: 100 T delay[s]: Theta[1/s]: Phi[deg]: Ncycles: anter 2019-2220 Figure 3-5 Clipper Circuit for LTSPICE Simulation C4. To specify the type of simulation, select "Simulate>>Edit Simulation Cmd" from the menu. Choose "Transient" and enter 30m for Stop time, 0 for Time to start saving data, and 1m for Maximum Timestep. Click OK. C5. Click Run to start the analysis. C6. Place two voltage probes (voltage probes appear when placed on a wire during simulation), one at the input side (at the top of V1) and another at the output side (at the top of D2) of the circuit. What difference do you observe between the input and the output waveforms?
Please solve
what is ON1 and SS1 is it a single component?
QUESTION 3 An inductor, a capacitor, and a resistor are connected in parallel with a function generator. The inductor draws 100mA RMS, the capacitor draws 150mA RMS, and the resistor draws 200mA RMS. Find the magnitude of the total current. O 450mA RMS O 544mA RMS O 352mA RMS O 206mA RMS
Explain the inductor equation and what is going on?
3. Solve the following Vin Vin = 1V Vout= Zin = Zout Part B R1 www 100kQ P12 P12 R2 www 1kQ V1 12V N12 Vin = 1Vpk. 1khz sine wave Vout= U1A LM324AD N12 Hilt V2 12V Vout
A 15-F AC capacitor is connected in series with a 50 resistor. The capacitor has a voltage rating of 600 WVDC. The capacitor and resistor are connected to a 480-V, 60-Hz circuit. Is the voltage rating of the capacitor sufficient for this connection?