Using Superposition theorem, determine the voltage Vs for the circuit bellow. 10n :20 SAZ0 V
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- using the superposition theorem, calculate the (a) current thru the 20L0o V source(b) current thru the 5kΩ resistor if only the current source is active, and (c) current through the xk-Ω resistor if only the voltage source is active. Let x=2 y=2 z=91. Find the value of vo using the superposition principle. Check your answer using the method of yourchoice (Kirchhoff's laws, nodes or meshes.)NETWORK LAWS Using superposition theorem: Find the contribution of current source IB to the branch current I4. IA=32 A, IB=56 A, and VA=92 V. (ANS: 23.333 A)
- c. use superposition theorem in getting branch currentsWhen IS is active while applying the superposition theorem to the circuit Vo = 1.2 Volts Vs = 3 Amps R1 = 18ohm R2 = 17ohm R3 = 2.9ohm R4 = 3.5ohm Find the value of the IS source in AmperesCalculate the Vc in the circuit below (Node C to ground).(NEED NEAT HANDWRITTEN SOLUTION ONLY OTHERWISE DOWNVOTE).
- Draw the below-given circuit. Change the value of components and add RL as a variable resistor. Use an ammeter to measure the current for various values of RL. Verify the Maximum Power Transfer theorem using the circuit below. Vth = 25 Volts and Rth = 140 Ohms.For the circuit shown, use superposition to find Vb. A:Vb = 2.99∠3.5°Using the superposition principle, please find the equation describing the output voltage in the system as in the picture kvR → ∞, vR → 0. Draw your equation using the Math tool, with superscript and subscript. Parallel resistances should be written as Rx | Ry.. Single line text.