In the circuit shown in the Figure below, the mesh currents are 4 = 9 A, 2 = 6 A, and 3 = 2 A. Determine the branch currents through R2. R4 ww 13 Vsi 19 R3 25 Vs2 R Fini Tim R5 O a. 8 A O b. 9 A Oc 6 A O d. 4 A

Q: Q: Calculatethe value of the curent flowing through theresistor R2 and the potential difference on…

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Q: Q#6. When two resistors having resistances R,ohms andR2ohms are connected in parallel, their…

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Q: E1 R4 R2 R1 E2 Figure 3 With respect to circuit above, use the Superposition Theorem to find the…

A: In this question we will use superposition theorem to find current...

Q: (b) Solve the circuit in Figure Q2(b) at terminal a-b using Thevenin's Theorem. i) Analyze the…

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Q: R1 62 b a ww ww V1 R2 R3 I1 .For the circuit shown above, find the Thevenin resistance looking into…

A: First deactivate energy sources Short circuit independent voltage source Open circuit independent…

Q: -V2+ w W- R,=70 R,-40 Determine V2 50V_ R3=70 R=70 2.

A: In the above question we will use the basic formulae of ohms law. We will also use the concept of…

Q: QI) Using node voltage analysis in the circuit of Figure below, find the current i through the…

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Q: For the circuit shown below, look for the following: a. Solve for the short circuit current (Is) if…

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Q: 1 = 4 A, 12 = 1.6 A, R₁ = 3.8 Q2, R₂ = 7.2 Q, R3 = 2.5 Q and R4 = 3.4 Q. R₁ R₂ V R3 R4 1₂ First make…

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Q: Calculate v, i, V2, and iz in the circuit of the following figure. i2 V2 12 V

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Q: R,=60 R,=40 R,=10 R,=10 V,=150 V R=15 R=50 R,=30 R=40. |=10 A 10 A В R=25 R=20 *v,-250 V

A: The circuit can be redrawn by replacing the series connection of R1 , R2 , R3 , R4 by R1-2-3-4

Q: By using the circuit shown below. R = 30 R2 = 40 12v R4 = 60 R3 = 20 в Calculate: a- The equivalent…

A: As per our policy we can provide solution of only first three questions. Given circuit can be drawn…

Q: R2 + IR2 IRI A B to 35k2 R1 6kQ R4 RL 50V R3 14kQ Figure Q5(b)

A: We need to find out thevenin equivalent circuit.

Q: Q3 The current through R3 in the circuit shown in the Figure B is 2mA 22kn 2.2kn ww R4 R1 3.7knR2…

A: First find the node voltage Vx: Node voltage Vx is given…

Q: 12. Given the circuit below, find the total resistance (Q), the total current (A), and the current…

A: Using series parallel reduction rules find the total resistance seen from source . Then using ohms…

Q: of figure below. Using the principle of superposition, determine the power dissipated in the 4-…

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Q: Find actual I, in the circuit in Figure below by using linearity property and the assumption that I,…

A: I0=1 mABy using current divider rule:I0=6k6k+3k×I11 mA=6k9k×I1I1=96 mAI1=1.5 mA

Q: Determine the voltage between nodes A and B inthe circuit shown in Figure.VS = 5 VR1 = 2.2 k R2 =…

A: To determine the potential difference between two nodes A and B:

Q: Q1) Using node voltage analysis in the circuit of Figure below, find the current i through the…

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Q: For the below circuit, find v1 and v2. 90 60 N 150 N3 75 3 V U3 30 Ω 40 Ω Select one: O a. v1=3/9 V…

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Q: 2. Solve for the (a) total resistance and (b) total current for the given circuit. R2-502 R3-2502…

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Q: (a) For the circuit shown in Figure 5(a), determine the following: (i) the Thevenin equivalent…

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Q: Q4 \For the circuit shown in Figure below, calculate the current In and Iz using the mesh analysis…

A: The solution is given below

Q: The bridge circuit shown  is energized from a 21 V dc source. The bridge is balanced when R1=800,…

A: Given data: vs=21 V Calculating Rx, R1RX=R2R3800×RX=1200×600RX=900Ω

Q: Consider the circuit shown below. What is the current (12) along R2? VI 28 V R1 2A 12 V2 4A

A: we need to find out I2 and explain KVL.

Q: 36- For the circuit in figure below the currents (I1, I2, I3 and R), equal 3uA., 2µA., 7µA., 62…

A: The given circuit is:

Q: Q1) Using node voltage analysis in the circuit of Figure below, find the current i through the…

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Q: Q1) Using node voltage analysis in the circuit of Figure below, find the current i through the…

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Q: 13. Find the total resistance of the circuit in the Figure below. R, = 15 N R = 4 0 R. 10 N R = 12 1…

A: If Two resistors R1 and R2 are series then equivalent resistance is R1 +R2. If Two resistors R1 and…

Q: For the below circuit, find v1 and v2. 90 N 60 N 150 Ωξ 75 3 V 40 N Select one: O a. v1=3/9 V and…

A: The circuit can be redrawn as:-

Q: 4.3 Calculate the supply voltage (Vx) for the circuit shown below when the current through R4 is 5A.…

A: Using ohms law we will voltage across R4. Voltage across parallel connected elements are same ,so…

Q: - For the circuit shown in the Figure below, use superposition to find "v" in terms of R's and…

A: GIVEN: a circuit diagram                            FIND: v in terms of Resistance

Q: Solve the value of vi, i1, v2 and iz in the circuit of Figure Q1(a). A = 10 Q1 (a) B= 21 12Ω + v,-…

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Q: Use mesh equations to find V in the circuits in Figure below. 6 V 4 kf 32 k! 2 kf? 6 kf 3 V ww

A: We will apply KVL in two loops , we will get mesh currents. Using ohms law we will find Voltage…

Q: D2.12. Find the resistance at the terminals A-B in the network in Figure D2.12. 12 N A 12 N 12 N 12…

A: Observe the given circuit carefully, the resistance arm ratio of the bridge is the same. Hence, the…

Q: Q2\ Find the Thévenin circuit for the portions of the networks in Figure below external to the…

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

Q: 134 Chapter 2 Resistive Circuits V1 5Ω V2 1 A 10 Ω 0.5i 20 Ω Figure P2.57

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Q: 2. Modify the circuit in Figure Q2 into a Norton equivalent circuit by showing the steps. 12 Q a 18…

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Q: What is the Thevenin voltage for the circuit from B to C? VTH 2.43 V What is the Thevenin resistance…

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Q: For R1=14, R2=7, R3=7, 12=9 A, 11-9 A & V1=14 V in the shown circuit, Find the Norton equivalents at…

A: Given data, R1=14 Ω, R2=7 Ω, R3=7 Ω, I2=9 A, I1=9 A, V1=14 V Circuit diagram is given as,

Q: 3. Use the principle of superposition to calculate "Va", and "N" for the circuit shown below. Please…

A: (a) As there are two voltage sources in the circuit, hence the number of necessary circuits to use…

Q: Find v2 for the circuit shown in Figure below v2 50 Ω 0.04v2 100 2 10 V

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Q: Find the Thevenin equivalent seen from the A-B ends of the circuit given in Figure 2 and find the…

A: Given R₁=  R₂ =  R₁ = 1 ohm L = 250mH. C = 40µF, e(t)=3cos(4t)V. i(t) = 2cos (4t) A

Q: consider the circuit below. VTH = 4V and k = 1 mA/V² +12V 100 3k M1 Vo a.) If V₁ = 2V, what is VGS?…

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Q: For the circuit in figure below, v1 and v2 :are related as SV ww 12 V (a) v1 = 6i + 8 + v2 (b) v1 =…

A: Given The current is given as i in clockwise direction The two nodes of voltages V1 and V2 Voltages…

Q: A load resistance (not shown) is connected across terminal A and B. If Vs = 12 V, R1 = 20, R2, = 4…

A: The given circuit is:

Q: R3 R1 R2 E1 E2 R4 Figure 2 With respect to circuit above, use the Superposition Theorem to find the…

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Q: Q1: Consider the circuit in Figure below; Find the equivalent resistance at terminals: (a) a-b, (b)…

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Q: Q1) Using node voltage analysis in the circuit of Figure below, find the current i through the…

A: In this question we will find current i through the voltage source..

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Norton Theorem

In the current circuit law, the Norton theorem (also known as the Mayer-Norton theorem) is a simplification that can be applied to networks generated by a constant line of opposition, power sources, and current assets. In two network terminals, it can be switched on with a current supply and single resistor respectively.