Find the magnitude of Ru for the Maximum Power Transfer in the circuit. Also find out the maximum power. ww 503 O 6A 320 10 V ww

Q: Use the method of source transformation to find the voltage V in the circuit below. RI = 402 ЗА 6Ω…

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Q: H.W.// Find the current i(t) in the network in Figure shown below: i(t) 20 Ω v(t) = 120 sin 50 μΕ…

A: Given:R=20 ΩL=40 mHC=50μF

Q: 2kA 4 ka 3 kl www 6ke 2 mA 8 kA V. 12V

A: According to the source transformation rule when the voltage source is connected in series with the…

Q: and the power at the sup the load. 3:2 120 V 4 k2 60 Hz

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Q: : In the circuit shown below, calculate the total current (using Kirchhoff's law) )20 درجة ( 42 16…

A: We will use krichoff's current law to find out current in given circuit.

Q: Find the maximum power transfer. ww ww 0.50 10 TH 12 V www.electcally4u.com b O a. 0.9912 W O b.…

A: In this question,  Choose the correct option What is maximum power transfer to the load.  Pmax = V2…

Q: 0.1) For the circuit shown: Calculate V. 50V 30V 20V. V 10V

A: As per Bartleby guidelines we are allowed to solve only one question, please ask the rest again. The…

Q: The base impedance and the base voltage for a given power system are 12 Q and 489 V, respectively.…

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Q: 1. In the circuit shown, determine the i, and iz O 2A 20 V ww ww 4Ω

A: Apply KVL in super mesh and KCL at node and than  two equations in terms of mesh currents.  Solving…

Q: Electrical Engineering Choose the correct statement for the efficiency of power transformers. a.lt…

A: We need to give the correct option for the above question.

Q: The input of an A.C. circuit having power factor of 0.8 lagging is 40 kVA The power drawn by the…

A: Given an AC circuit having, Power factor, cosϕ=0.8 Apparent power, S=40 kVA

Q: 6 V 42 ww 12 V ЗА

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Q: B) Do Max Power theorem analysis by finding the resistance RL for max power transfer Rth Eth RL www

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Q: For the shown circuit, V;" due to the (20 /90°) source only is equal to: 20 /90°A j4 S V V2 10 /0°A…

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Q: Using the fihal value theosem the final valne of giren function is/ X (6) = 85t 5 C s + 2)

A: NA

Q: The load consists of everything to the right of nodes a and b. What is the power factor of the load?…

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Q: (A) Determine the load resistance in the given circuit for maximum power transfer. 35 V 3.3 k 2.2 k…

A: Note: We are authorized to answer one question at a time, since you have not mentioned which…

Q: Q. For the network shown in the figure, find i(t) for t > 0. 20 Ω 1 H t = 0 100 V (+ 5Ω -13

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Q: 292 1F WHE 252 1 F WHE 252 2 H elle "L(0)

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Q: In a parallel circuit, ET = 120 V, R = 1500 $2, and XL 1000 2. What is the apparent power? O a.…

A: Given: In a parallel circuit, ET=120 VR=1500 ΩXL=1000 Ω

Q: 2. 2.6 Use Ohm’s law and Kirchhoff’s laws to find the value of R in thecircuit shown.

A: Using ohm’s law, The current in second branch i2 is, The current in third branch i3 is, Now from…

Q: Consider the circuit in . 12Ω 12 V = 20 Ω 30 Ω

A: 20 ohm and 30 ohm are in parallel. Req= (20*30)/(20+30)        =12 ohm The resultant equivalent…

Q: find the value of RL for the given circuit if maximum power is transferred. 40 Q ww 360 V a 1000 b…

A: Given circuit:

Q: Zin X 2022 ww 1032 MY 2mF 0.4H

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Q: Find is through is in the circuit in the following figure. 10 2 20 2 ww 40 2 is ww 30 Q 20 A

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Q: 19. An RLC series circuit has an applied voltage of 120 volts. R = 42 2, XL = 80 N, and XC = 24 N.…

A: The solution is given below

Q: For the given circuit, the maximum power transferred to the load resistance (in mw) is: A R = 2002…

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Q: Wr 40 40 24V 80 26V (a)

A: According to the question we have to find the value of the current flowing through each branch.

Q: For the below circuit, find the power dissipated in the 6 Q resistor. 1.6 2 10 A 316N Select one: O…

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Q: Consider the following circuit and answer the following questions: 10 2 It 0 5H 10 Ω 2[1- u(t)] A 10…

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Q: Find the magnitude of R for the Maximum Power Transfer in the circuit. Also find out the maximum…

A: maximum power transfer theorem, it states that, the maximum power can be transferred to load if load…

Q: 10. A circuit has a real power of 230 W and a reactive power of -250 VARS. Find the Apparent power…

A: Given, P = 230 W Q = -250 VAR

Q: Consider the circuit in the Figure, if Vs =22 V and V.= 4 V, the value of R is: 162 ww Vs 6Ω RE V…

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Q: Find and vo in the circuit below 10 2 ww 35 V 25 ww

A: KVL (Kirchhoff's Voltage Law) states that the algebraic sum of all voltage in a closed loop is zero.…

Q: * find the voltage V 60 20 =15V 102 5Ω + V

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Q: 1. Determine the value of R, for maximum power transfer. Also determine the maximum power. 90n 402…

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Q: o a 2 A 12 V 8 2 ww ww

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Q: Find v.(0*) and dv (0*)/dt for the circuit. Answer: 17V, 3000 V/s

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Q: 3. A circuit has a real power of 320 W and a reactive power of 110 VARS. A reactive power of 458…

A: The solution is given below

Q: 2Ω 3Ω RL 2 A 12 2 12 V

A: This question belongs to circuit theory . It is based on the concept of maximum power transfer…

Q: Find Norton's Equivalent circuit of the following circuit. 80 a | 1 2A 50 12V b

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Q: 1/5 Prob #2 Find The voltage indicted in Phasor Farma in Use Voltage Divider rule

A: In this question we need to find a voltage across capacitor by using voltage division method.

Q: 20 V( 2H le

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Q: The Thevnins voltage for the circuit shown is 7Ω (a) 100 V (b) 70 V (c) 0 V :3N RN (d) 30 V 100V

A: for calculating of thevenine voltage open ab terminals and calculate voltage across ab terminal. we…

Q: find the value of RL for the given circuit if maximum power is transferred. www 50 12V 7 a 16V

A: Given, Circuit diagram is given as,

Q: Find VA and VB in the following circuit. į 100 2 j 80 2 ll ell 200 2 ±)12 20° -j 50 2 + I ww

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Q: H.W.// Find the current i(t) in the network in Figure shown below: 201 v(r) = 120 sin 50 uF (3771 +…

A: The expression for the voltage is given as:

Q: ww I, 10 V ww 3. ww

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Q: Use Tellegan's theorem to find the current lo in the following circuit: 6 V I = 2 A 2 A 6 V 12 V 1 2…

A: Given circuit is,   According to Tellegan's theorem the total delivered power will be equal to…

Q: 5. Find the indicated values using mesh analysis 30 E 5V 20 60 E2 10V z0

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Maximum power transfer theorem

A resistive load will consume maximum power from a network when the load resistance is equal to the resistance of the network as viewed from the open-circuit terminals, with all energy sources removed leaving only the internal resistances. Physicist Moritz von Jacobi introduced the maximum power transfer theorem in 1940. Therefore, this theorem is also known as Jacobi's law.