7. Using superposition, find the current iz in the following circuit: 30N 30 Ω 8 A 50 2 100 V (:)60 V

Q: 2- Use superposition to obtain in the circuit of Figure below. 30 2 10 2 20 2 ww Answer: 0.75 A. 90…

A: Superposition theorem states that in any linear, active, bilateral network having more than one…

Q: For the circuit shown below, calculate the Thévenin's equivalent circuit to the left of the resistor…

A: In this question we will find Vth and R th..

Q: For the circuit below 6Ω 3Ω 2Ω +. 12 Ω 2 A RL 12 V b a. Calculate the value of Vh between a and b b.…

A: Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…

Q: For the circuit shown, current 12 is: 12 V 12 52

A: The solution is given below

Q: Find the Thevenin equivalent at terminals a-b in the circuit given below. 492 a 201 6 sin 10r V 44i…

A: For the above given question we need to calculate the values of thevenin equivalents for the given…

Q: 3. Determine current I using superposition theorem. 18.0 lon 8A (↑ $ 25n +) loov

A: As per the guidelines of Bartley we supposed to answer first question only.

Q: 8) Find the current in 802 resistance using 'source transformation 120 50 2 60 0 50 v 240 80 Q 40 2…

A: according to question we need to calculate the current across 80ohm.

Q: a o 10 0 20 2 10 0 ww 30 2 10 0 20 2 bo www

A:

Q: Obtain the Thevenin and Norton equivalent circuits of the circuit shown in the figure vith respect…

A:

Q: 12. To solve the circuit shown by Mesh analysis, we require 12 35 V 40 V 13 One equation O Three…

A: Here we discuss about the KVL equations.

Q: Q2\ Using the Superposition theorem, to calculate the current (I). 72 9A

A:

Q: 2. Using the superposition method in the circuit shown in the figure, find the voltage lo and Vo. 45…

A: Super position theorem states that in a linear bidirectional network containing more than one…

Q: Find the Thevenin equivalent with respect to the terminals a,b and determine the current across 1.5…

A: Given: A network consisting of independent voltage and current source with few resistances.  we have…

Q: 5. Obtain the Norton equivalent (Draw the Diagram) at terminals a-b of the circuit below 8 Κ 1 2 V…

A:

Q: Q2\ Using the Superposition theorem, to calculate the current (I). 72 9A 54

A:

Q: 9. Find the Thevenin's equivalent across terminals a-b of the given circuit. 1 ka 3 V 50 2

A: The given circuit diagram is shown below, Here, we have to determine Thevenin's equivalent circuit…

Q: 24 V 2 H ww 10 sin(t – 30°) V (t 22 2 cos 31 4 2 ww ww

A:

Q: I= 0 2H ww 15 V 340

A:

Q: a the following circuit, Thevenin voltage and resistance across terminal a and b espectively are 20…

A:

Q: 12 n 8 A 60 V 40

A:

Q: 7. Find the resultant current source and the voltage Vab. 20 V Equivalent Circuit Diagram I. 8. R,…

A: From the voltage source to current source

Q: According to source transformation, the following circuits are equivalent: 3Ω 12 V E 3Ω 4 A Select…

A: given circuit

Q: Assume that the switch in the circuit given below has been closed for a long time and the source…

A:

Q: 9. Find the single equivalent current source using Millman's theorem for the circuit shown below.…

A:

Q: 6. Use source transformation to find v, in the circuit. 0.4 mH 20 2 ll 0.2 µF = 80 Ω vo 5 cos 10°t V…

A:

Q: 2. Determine fo in the circuit below using superposition principle 24 V 2H 10 sin(t-30°) V 22 () 2…

A:

Q: 5. Obtain the Norton equivalent (Draw the Diagram) at terminals a-b of the circuit below 8 k2 I o a…

A: In this question we will find Norton equivalent across ab...

Q: 16). Obtain the Norton equivalent at terminals a-b of the circuit in Figure below. 8 kQ ww 2V 0.001…

A: we need to find out obtain the Norton equivalent circuit.

Q: 7) Find the network equivalence to the switching network :- 7.1) R. b) 7.2)

A:

Q: e the method of source transformation to find Ix in the circuit below. 1H 2 H 1. 10 sin 1 V (± cos t…

A:

Q: 100 Q + 17 V 390 N 80 mA o b

A:

Q: 12 0 20 0 40 V 25 0 5A 40 0 Q#2. Find voltage V across the 40 O resistance using Superposition…

A:

Q: Find the Thévenin equivalent with respect to the terminals a,b for the circuit. 20 N 1.8 A 5Ω + 9 V…

A:

Q: Q. NO.1. For the following circuit, determine the Thevenin's equivalent at the terminals A-B. 1K 2…

A: For finding thevinine equivalent circuit we have to find the open circuit voltage and open circuit…

Q: Find the Thévenin equivalent with respect to the terminals a,b for the circuit. 20Ω 1.8 A 50 9V 325…

A: We need to find out thevenin equivalent circuit for given circuit.

Q: 1. Write the equations at the specified mesh and simplify it. X = 20 5Xc = 10 I R = 4 N E = 2V Z 0…

A: Given

Q: 1=0 4 H ll 24 V 82 ww

A:

Q: B) In the circuit given below, if 12 is removed from the circuit then compute RTH across the open…

A: The circuit given in the question can be drawn as: After removing the 1 ohm resistance:

Q: Using nodal analysis, find vi and v2 in the circuit of the below figure. 0.2 F 10 sin 21 A 2H

A: Given circuit shown

Q: Homework: For the following circuit, find the terminal voltage Vab using superposition: 7.3 10 2 ww…

A:

Q: 1) Find the Thevenin equivalent circuit for the portions of the circuit external to the elements…

A:

Q: a 50 V 20 2 b 오 +1

A:

Q: 2 A 18 V 6Ω a 3 A 50

A: In both Thevenin and Norton circuit the process for getting Rth is similar i.e. open the current…

Q: Using nodal analysis, find Vi and v2 in the circuit of the below figure. 0.2 F 10 sin 21 A 2. 2H 3V…

A: Nodal analysis is a technique used to calculate the currents in all the paths. Kirchoff current law…

Q: 3. Find the current delivered by the 48 V source of the following figure. a 60 71 50 2.5 n 7.50 "…

A: To find the current delivered by the 48V source, first, find the equivalent resistance across Rab…

Q: The Norton current at terminals a and b of the circuit is 5Ω ww a 50 V 20 2 b. O 2 A O OA O 2.5 A O…

A:

Q: 3. Determine current I using superposition theorem. 180 8A ( ↑ +) looV 25n

A:

Q: For the circuit shown below, use the superposition theorem to find I. Attach your complete solution…

A: The Superposition Theorem is used to solve complicated networks with a number of different energy…

Q: A- Obtain the equivalent resistance at the terminals a-b for the figure shown helow 30 0 25Q 10Q 200…

A: KIRCHHOFF’S LAW KCL: The algebraic sum of all currents at a node is zero.           KCL is…

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.