How would the I-V behaviour be of the following cases. Start by explaining what they are

Q: Find the branch currents using nodal analysis

A: In this question, Find the branch currents using nodal analysis. We are assuming 3 nodes as shown in…

Q: g(t) sketch and ex| unit step and y(t)

A: CONTINUOUS AND DISCRETE-TIME SIGNALS: Because a signal is a function, we truly mean continuous-time…

Q: I-ス 2n

A: Use ohms law to solve this Since two resistors are in series  Find equivalent resistance Then apply…

Q: Find the current through each resistor USING KIRCHHOFF'S LAW. Use Cramer's Rule.

A: Redraw the given circuit by resolving currents I3 and I6 in terms of Ix as follows. Figure 1

Q: Figure 4 (c) shows two (2) 11 kV/415V distribution transformers are connected using 2 incomings with…

A: For maintenance of a component in the power system, we have to flow the thumb rule 1st of all we…

Q: Determine the delta-configuration for Figure 5 by showing the exact values for all components. (Take…

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Q: Applying Kirchhoff's rule, fine the value of the current in each branch of the given circuit [ I1,…

A: According to question: Applying KCL at node 'b' and KVL in loops [abcda] and [abefcda], this will…

Q: Solve for the branch currents and show the current direction by Superposition Method

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Q: Determine the mesh currents i and i.

A: It is given that:

Q: Differentiate the total current of a series and parallel circuit through the application of…

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Q: Use Kirchhoff's Laws to find the different branch currents and the power dissipated to Ri. 2A ЗА

A: To find Current in different branches & Power dissipiated to RL. 3&6 ohm R is parallel =…

Q: TRUE or FALSE: Since autotransformers have a common winding, the primary and secondary terminals are…

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Q: USING SOURCE TRANSFORM: Determine the current if R2 was replaced by a 330 ohm resistor

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Q: 12 12 10 10 V(+ 12 10 +1

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Q: Find the currents and voltages for the following circuits using 1- Kirchhoff's method 2- Mesh (loop)…

A: The current through the inductor can be calculated by using the kirchhoff's current law, mesh…

Q: A=101101 and B=101111using 2nd complement A-B is

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Q: Kirchhoff's voltage law (KVL) states that the sum of all voltages around any closed path (loop) in a…

A: KVL states that the algebraic sum of all the voltages around any closed path in a electrical circuit…

Q: impedance method to find the branching

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Q: For a system with roots – 5 + j2, 3, – 5 – j2,  the type of stability is.......

A: System Roots are  S=-5+j2 S=-5-j2 S=3

Q: For a system with roots - 5 + j2, 3, – 5- j2, the type of stability is

A: Given, system with roots - 5 + j2,                                   3,…

Q: Determine the currents I1, I2 and I3 using NODAL VOLTAGE ANALYSIS.

A: The solution can be achieved as follows.

Q: Consider the following section of a multiloop circuit, with current directions as indicated: zero…

A: Given circuit is,

Q: 2-What is the báth of unbalance in delta connection? 3-How we earth the delta connection? 4-What…

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Q: Solve for Vx and branch currents. Use Kirchhoff's Law (KCL and KVL)

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Q: How we will add them in parallel or series or it does not matter

A: The solution can be achieved as follows.

Q: Explain the Balanced condition and unbalanced condition in an LVDT with a neat schematic sketch

A: To Explain the Balanced condition and unbalanced condition in an LVDT with a neat schematic sketch.

Q: 7. Three load units A, B, and Care connected in parallel and take currents that are respectively 11…

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Q: Find all the nodal voltages and branch currents for the circuits below. Use just the method of knot…

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Q: Explain briefly Series-Parallel Circuit

A: Series circuit :  Series circuit is type of circuit in which the electrical components connected end…

Q: Determine the branch currents using Kirchhoff's Laws.

A: KVL, states that “in any closed loop network, the total voltage around the loop is equal to the sum…

Q: Determine I1 and I2 and I3  using Kirchhoffs law

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Q: For a system with roots - 5 + j2, 3, – 5 - j2, the type of stability is

A: The system roots are given, P1=-5+j2P2=3P3=-5-j2

Q: voltage source of V = 2V connected to a current source of I = -2A

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Q: The highly severe fault in a power system is L-G fault L-L fault L-L-G fault 3-Phase fault

A: 3 phase fault is most sever in the power system because in three phase fault negative sequence and…

Q: •The D.C shunt generators consist of two parts, • The conditions for voltage build-up in D.C shunt…

A: The DC generator consists of two parts Stator and Rotor. Stator part of generator consists of that…

Q: Explain the major difference between TNC and TT earthing systems using sketches with labels.…

A: To analyse the given question

Q: 4) Reduce the block diagram of the system using Mason's Rule. 24

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Q: Calculate the loop current value of I1 using the loop currents method.

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Q: = 132 N %3D

A: The nodal analysis is a circuit solving technique that is used to determine the voltage of any node.…

Q: Differentiate Kirchhoff's voltage law from Kirchhoff's Current law.

A: Kirchhoff's Voltage Law :  It states that algebric sum of voltages around a loop is equal to zero.…

Q: Use only KIRCHHOFF'S LAWS to find the branch currents. Thank you!

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Q: 5. Are the circuit currents and impedances given in the following diagrams correct? 4A (A)4A (A 4A…

A: Angle between resistive load current and inductive load current is 90 . We will write Expressions…

Q: Using Cuss 10I, - 712 -31,+21,t 61, =4 %3D

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Q: a. Get branch currents using kirchhoff's laws method

A: Given: Consider the following circuit: To find:  Get branch currents using Kirchhoff's laws method.

Q: Explain the 5 types of earthing systems (TT, IT, TN-S, TN-C and TN-C-S)

A: Here we need explain 5 types of earthing systems. Earthing: Earthing defines the connection of the…

Q: A9 The underground cables will not have the problem of sag. TRUE / FA

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Q: What will happen in each of these systems to the phase voltages of the load, if one of the source…

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Q: Differentiate series connection from a parallel connection based on the electrical characteristic

A: This can characterized by voltage and current distribution

Current Division Method

The generalized current divider formula is given by the following relation below,