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Name any one material having a small value of temperature coefficient of resistance. Write one use of this material?

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Name any one material having a small value of temperature coefficient of resistance. Write one use of this material?

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Material: Manganin (an alloy of copper, manganese, and nickel)

Use: Due to its very low temperature coefficient of resistance, it is used to make precision wire-wound resistors and shunts for electrical measuring instruments like ammeters and Wheatstone bridges, where a stable and predictable resistance is essential.

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in Current Electricity
What are ohmic and non-ohmic resistors? Give one example of each?

What are ohmic and non-ohmic resistors? Give one example of each?
Answer : **Ohm's Law** states that the voltage ($V$) across a conductor is directly proportional to the current ($I$) flowing through it, provided all physical conditions and temperature remain constant. Mathematically, ... | **Carbon Resistor**, Nichrome Wire | **Filament Light Bulb**, Diode, Thermistor |...

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Electrical Engineering
Mechanical Engineering MCQs | Electrical Engineering

Mechanical Engineering MCQs | Electrical Engineering

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in Basic Electrical Engineering
Define resistivity and conductivity of a material.

Define resistivity and conductivity of a material.
Answer : --- ### Overview **Resistivity** and **Conductivity** are two fundamental, intrinsic properties of a material that describe how it behaves in the presence of an electric field. They are ... (high conductivity) lets water flow easily, while a very sticky surface (low conductivity) hinders it....

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Electrical Engineering
Nodal Analysis Solved Example | Electrical Engineering

Nodal Analysis Solved Example | Electrical Engineering

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in Current Electricity
A cylindrical wire is stretched to increase its length by 10% calculate the percentage increase in resistance?

A cylindrical wire is stretched to increase its length by 10% calculate the percentage increase in resistance?
Answer : The percentage increase in resistance is **21%**. Here is the step-by-step calculation and explanation: ### The Key Concepts 1. **Resistance Formula:** The resistance (R) of a wire is given by: $R = \ ... R_1}{R_1} \times 100\%$ $\text{Percentage Increase} = 0.21 \times 100\% = \bf{21\%}$...

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Electrical Engineering
Sinusoidal Steady State Analysis | Nodal Analysis With Dependent Source Solved Example

Sinusoidal Steady State Analysis | Nodal Analysis With Dependent Source Solved Example

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in Current Electricity
Given n resistors each of resistance R, how will you combine them to get the (i) maximum (ii) minimum effective resistance? What is the ratio of the maximum to minimum resistance?

Given n resistors each of resistance R, how will you combine them to get the (i) maximum (ii) minimum effective resistance? What is the ratio of the maximum to minimum resistance?
Answer : The two fundamental ways to combine resistors are in **series** and in **parallel**. These two configurations yield the maximum and minimum possible resistances, respectively. --- ### (i) Maximum Effective Resistance To obtain the * ... {min} = R/n$ | | **Ratio** | $R_{max} / R_{min}$ | $n^2$ |...

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Electrical Engineering
How to find total impedance and current ? | Electrical Engineering

How to find total impedance and current ? | Electrical Engineering

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in Current Electricity
Three resistors 1 Ohm , 2 Ohm and 3 Ohm are combined in series. What is the total resistance of the combination?

Three resistors 1 Ohm , 2 Ohm and 3 Ohm are combined in series. What is the total resistance of the combination?
Answer : When resistors are combined in series, the total resistance is the sum of the individual resistances. The formula is: R_total = R1 + R2 + R3 Given the values: * R1 = 1 Ω * R2 = 2 Ω * R3 = 3 Ω ... = 1 Ω + 2 Ω + 3 Ω = 6 Ω So, the total resistance of the combination is **6 Ohms**....

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Electrical Engineering
Digital Caliper | Electrical Engineering

Digital Caliper | Electrical Engineering

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in Current Electricity
What happens to the resistance of the wire when its length is increased to twice its original length?

What happens to the resistance of the wire when its length is increased to twice its original length?
Answer : This gets to the core of how resistance works. The short and direct answer is: **The resistance of the wire will double.** Here's a more detailed explanation of why. ### 1. The Simple Explanation (Analogy) Think of the wire ... (x2) | Halves (x0.5) | **Quadruples (x4)** |...

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Electrical Engineering
Hindi : Find number of electrons ? | Problem on charge and current | Basic Electrical Engineering

Hindi : Find number of electrons ? | Problem on charge and current | Basic Electrical Engineering

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in Basic Electrical Engineering
List the factors that affect the resistance of a metallic conductor.

List the factors that affect the resistance of a metallic conductor.
Answer : The resistance of a metallic conductor is determined by four main factors. Here is a list and explanation of each factor: ### 1. Length of the Conductor (L) * **Relationship:** ... (Note: Temperature is not explicitly in this formula, as resistivity (ρ) itself is temperature-dependent.)*...

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Electrical Engineering
Equivalent Resistance of Complex Circuits - Resistors In Series and Parallel Combinations

Equivalent Resistance of Complex Circuits - Resistors In Series and Parallel Combinations

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in Current Electricity
A steady current flow in a metallic conductor of non-uniform crosssection. Which of these quantities is constant along the conductor: current, current density, electric field, drift speed?

A steady current flow in a metallic conductor of non-uniform crosssection. Which of these quantities is constant along the conductor: current, current density, electric field, drift speed?
Answer : Here is a detailed explanation for each quantity: ### 1. Current (I) * **Why it's constant:** The term "steady current" implies that the rate of flow of charge ($I = dQ/dt$) is constant. Due to the ... ($v_d$)** | Not Constant | $v_d = I/(nAe)$. Since A is not constant, $v_d$ is not constant. |...

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Electrical Engineering
An alternating current is represented by i = 70.7 sin 520 t . Determine :1. The frequency 2. The cur

An alternating current is represented by i = 70.7 sin 520 t . Determine :1. The frequency 2. The cur

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in Current Electricity
Define emf. of a cell? On what factors does it depend?

Define emf. of a cell? On what factors does it depend?
Answer : ### Definition of EMF (Electromotive Force) The **EMF (Electromotive Force)** of a cell is defined as the maximum potential difference between its two terminals when no current is being drawn ... *, not its EMF. A larger distance increases the path ions must travel, increasing internal resistance....

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Electrical Engineering
Determine frequency and duty cycle. | Electrical and Electronics Engineering

Determine frequency and duty cycle. | Electrical and Electronics Engineering

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in Current Electricity
What is drift velocity? Derive expression for drift velocity of electrons in a good conductor in terms of relaxation time of electrons?

What is drift velocity? Derive expression for drift velocity of electrons in a good conductor in terms of relaxation time of electrons?
Answer : --- ### Part 1: What is Drift Velocity? In a metallic conductor (like a copper wire), the outer electrons of the atoms are not bound to individual atoms. They are free to move throughout the entire volume of ... field. * The magnitude of the drift velocity is given by: $v_d = \frac{e\tau}{m}E$....

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Electrical Engineering
Commutator in DC generator is used for (a) collecting of current (b) reduce losses (c) increase effi

Commutator in DC generator is used for (a) collecting of current (b) reduce losses (c) increase effi

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in Current Electricity
With suitable circuit diagram, show how emfs of 2 cells can be compared using a potentiometer?

With suitable circuit diagram, show how emfs of 2 cells can be compared using a potentiometer?
Answer : ![][1] [1]: https://electrical-engineering.app/?qa=blob&qa_blobid=16022041933233000659 ### **Principle of a Potentiometer** A potentiometer works on the principle that the potential drop ... -section. 4. The current in the primary circuit should be kept constant throughout the experiment....

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Electrical Engineering
MCQ on Power System Analysis | Electrical Engineering

MCQ on Power System Analysis | Electrical Engineering

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in Current Electricity
Why do we prefer a potentiometer to measure the emf of a cell rather than a voltmeter?

Why do we prefer a potentiometer to measure the emf of a cell rather than a voltmeter?
Answer : The primary reason we prefer a potentiometer to measure the EMF of a cell is that **a potentiometer draws no current from the cell at the point of measurement.** A voltmeter, by its ... method ensures no current is drawn, thereby eliminating any error caused by the source's internal resistance....

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Electrical Engineering
MCQs on Power Transformer | Electrical Engineering

MCQs on Power Transformer | Electrical Engineering

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in Current Electricity
In a potentiometer arrangement, a cell of emf 1.25V gives a balance point at 35.0cm length of the wire. If the cell is replaced by another cell and the balance point shifts to 63.0cm , what is the emf of the second cell?

In a potentiometer arrangement, a cell of emf 1.25V gives a balance point at 35.0cm length of the wire. If the cell is replaced by another cell and the balance point shifts to 63.0cm , what is the emf of the second cell?
Answer : ### Principle The working principle of a potentiometer is that the potential drop across any portion of a wire of uniform cross-section is directly proportional to the length of that portion, provided a constant current flows ... 2.25 V** ### Answer The EMF of the second cell is **2.25 V**....

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Electrical Engineering
R-L Series Circuit Analysis: Resistance, Inductance, Impedance, and Power Factor Calculation with Ex

R-L Series Circuit Analysis: Resistance, Inductance, Impedance, and Power Factor Calculation with Ex

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in Current Electricity
Two heated wires of the same dimensions are first connected in series and then it’s parallel to a source of supply. What will be the ratio of heat produced in the two cases?

Two heated wires of the same dimensions are first connected in series and then it’s parallel to a source of supply. What will be the ratio of heat produced in the two cases?
Answer : Here is the step-by-step solution: ### The Short Answer The ratio of heat produced in the series case to the parallel case is **1:4**. --- ### Detailed ... proportional to this current, the parallel circuit draws significantly more power and therefore produces significantly more heat....

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Electrical Engineering
Given the sinusoid calculate its amplitude, phase, angular frequency, period | Sinusoids and Phasors

Given the sinusoid calculate its amplitude, phase, angular frequency, period | Sinusoids and Phasors

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in Current Electricity
Two wires A and B are of the same metal and of same length have their areas of cross section in the ratio 2:1 if the same potential difference is applied across each wire in turn, what will be the ratio of current flowing in A & B ?

Two wires A and B are of the same metal and of same length have their areas of cross section in the ratio 2:1 if the same potential difference is applied across each wire in turn, what will be the ratio of current flowing in A & B ?
Answer : The ratio of the current flowing in wire A to wire B is **2:1**. --- ### Detailed Explanation Let's break down the problem using the relevant physics principles. #### 1. List the Given ... resistance, which is wire A. Our result confirms this: the current in A is twice the current in B....

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Electrical Engineering
Ohmmeter #ohmslaw

Ohmmeter #ohmslaw

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in Current Electricity
If potential difference V applied across a conductor is increased to 2V , how will the drift velocity of the electron change?

If potential difference V applied across a conductor is increased to 2V , how will the drift velocity of the electron change?
Answer : ### Short Answer If the potential difference V applied across a conductor is increased to 2V, the **drift velocity of the electrons will also double**. ### Detailed Explanation Let's ... the electric field, which doubles the force on the electrons, which doubles their average drift velocity....

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Electrical Engineering
GTO (Gate Turnoff Thyristor) in Hindi | Electrical Engineering

GTO (Gate Turnoff Thyristor) in Hindi | Electrical Engineering

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in Electrical Materials and Writing Practice
State the insulating materials used in motor. Write temperature class and withstand temperature ranges for them.

State the insulating materials used in motor. Write temperature class and withstand temperature ranges for them.
Answer : ### The Importance of Motor Insulation Motor insulation is a critical system of materials that prevents electrical shorts and ensures the motor's longevity and reliability. It prevents current from leaking ... and reliably operate up to the maximum temperature of that class (155°C for Class F)....

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Electrical Engineering
Evaluate the following complex numbers | Electrical Engineering

Evaluate the following complex numbers | Electrical Engineering

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in Current Electricity
State one condition for maximum current to be drawn from the cell?

State one condition for maximum current to be drawn from the cell?
Answer : For maximum current to be drawn from a cell, the **external resistance in the circuit should be zero**. This condition is also known as a **short circuit**. **Explanation:** The current (I) drawn from a cell ... possible value is 0. When R = 0, the current is at its maximum value, I_max = E / r....

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Electrical Engineering
Source Transformation | Electric Circuits | Problem 4.26 | Electrical Engineering

Source Transformation | Electric Circuits | Problem 4.26 | Electrical Engineering

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in Source transformation
In the circuit below, use a source transformation to determine Vo.

In the circuit below, use a source transformation to determine Vo. ![][1] [1]: https://electrical-engineering.app/?qa=blob&qa_blobid=15669083920906828389
Answer : ![][1] [1]: https://electrical-engineering.app/?qa=blob&qa_blobid=4854655767405747567 --- ### **How to Use Source Transformation to Find Vo in a Circuit: A Step-by-Step Guide* ... voltage `Vo`. This example highlights why source transformation is an essential tool in **circuit analysis**....

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Electrical Engineering
Delta to wye transformation with impedances | Electrical Engineering

Delta to wye transformation with impedances | Electrical Engineering

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in Electrical Materials and Writing Practice
Explain the use of the following components in electrical wiring system and give specification of each: (i) MCB (ii) ELCB

Explain the use of the following components in electrical wiring system and give specification of each: (i) MCB (ii) ELCB
Answer : ### Introduction In any modern electrical wiring system, safety and protection are paramount. Devices like MCBs and ELCBs are critical safety components installed in a consumer unit (also known as a ... (lighting, sockets, etc.) | Protecting a group of circuits or an entire installation |...

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Electrical Engineering
For v = 50 sin ωt and i = 5 sin (ωt - Φ) represent the equations using phasor diagram.

For v = 50 sin ωt and i = 5 sin (ωt - Φ) represent the equations using phasor diagram.

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in Electrical Materials and Writing Practice
Explain the use of following tools in carrying out electrical wiring installation: (i) Nose pliers (ii) Test lamps (iii) Crimping tools (iv) Cutter.

Explain the use of following tools in carrying out electrical wiring installation: (i) Nose pliers (ii) Test lamps (iii) Crimping tools (iv) Cutter.
Answer : General Introduction In electrical wiring, using the correct tool for the job is not just about efficiency; it is a fundamental requirement for safety and the quality of the finished installation. A poor ... Do not use them to cut steel wire or screws, as this will damage the cutting edges....

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Electrical Engineering
Crest factor or Peak factor | Electrical Engineering

Crest factor or Peak factor | Electrical Engineering

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DM002 Wifi altitude hold headless mode Quadcopter
in Electrical Materials and Writing Practice
Draw and explain the use of : (i) Combination plier (ii) Tester (iii) Wire Striper (iv) Hammer

Draw and explain the use of : (i) Combination plier (ii) Tester (iii) Wire Striper (iv) Hammer
Answer : Cutter cum Insulation Remover : ![][1] [1]: https://electrical-engineering.app/?qa=blob&qa_blobid=7558183951160707100...

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Electrical Engineering
2's Complement Subtraction | Electrical Engineering

2's Complement Subtraction | Electrical Engineering

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DM002 Wifi altitude hold headless mode Quadcopter
in Electrical Materials and Writing Practice
Compare the casing / capping system of electrical wiring to concealed system of electrical wiring. On the basis of look, cost, life, safety retentivity of material and suitability for locations.

Compare the casing / capping system of electrical wiring to concealed system of electrical wiring. On the basis of look, cost, life, safety retentivity of material and suitability for locations.
Answer : This comparison covers two of the most common methods for electrical wiring in buildings. Here is a detailed comparison of the Casing/Capping system and the Concealed Conduit system based on your ... and safety to the property. It is the standard for modern residential and commercial construction....

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Electrical Engineering
The voltage across the 1 kilo Ohm resistor between the nodes A and B | Electrical Engineering

The voltage across the 1 kilo Ohm resistor between the nodes A and B | Electrical Engineering

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DM002 Wifi altitude hold headless mode Quadcopter
in Electrical Materials and Writing Practice
Define dielectric failure of electrical insulating material.

Define dielectric failure of electrical insulating material.
Answer : ### Definition: Dielectric Failure **Dielectric failure**, also known as **dielectric breakdown** or **insulation failure**, is the event where an electrical insulating material, subjected to a sufficiently ... equipment. * **Safety Hazards:** Poses a significant risk of fire and electric shock....

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Electrical Engineering
need of cold junction compensation | Electrical Engineering

need of cold junction compensation | Electrical Engineering

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DM002 Wifi altitude hold headless mode Quadcopter
in Electrical Materials and Writing Practice
Compare the electrical, mechanical and thermal properties of : i) asbestos (ii) mica (iii) porcelain as an insulating material

Compare the electrical, mechanical and thermal properties of : i) asbestos (ii) mica (iii) porcelain as an insulating material
Answer : ### Classification of Wiring Electrical wiring can be classified based on several criteria, but for installation purposes, it is most commonly classified by the **method of installation and ... is essential for managing the complex electrical needs of kitchens, laundries, and HVAC systems....

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Electrical Engineering
Rabbits eating cabbage leaves | Electrical Engineering

Rabbits eating cabbage leaves | Electrical Engineering

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DM002 Wifi altitude hold headless mode Quadcopter
in Electrical Materials and Writing Practice
State failure phenomena observed in insulating material. State four reasons for failure of gaseous and solid dielectric materials.

State failure phenomena observed in insulating material. State four reasons for failure of gaseous and solid dielectric materials.
Answer : ### Failure Phenomena in Insulating Materials Insulating materials (dielectrics) are designed to prevent the flow of electric current. Failure occurs when the material loses its insulating properties ... insulation, concentrating the electric field and providing an easy path for breakdown to occur....

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Electrical Engineering
Capacitors in short | Electrical Engineering

Capacitors in short | Electrical Engineering

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DM002 Wifi altitude hold headless mode Quadcopter
in Source transformation
Convert the circuit shown in fig. into a single voltage source in series with resistance.

Convert the circuit shown in fig. into a single voltage source in series with resistance. ![][1] [1]: https://electrical-engineering.app/?qa=blob&qa_blobid=17118069873838951895
Answer : ![][1] [1]: https://electrical-engineering.app/?qa=blob&qa_blobid=10997850983763419494 --- ### **Mastering Source Transformation: A Step-by-Step Circuit Simplification Example** Source transformation is a ... **30/31 Ω (or approximately 0.97 Ω) resistor**. **Final Circuit Diagram:** ...

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Electrical Engineering
Superposition Theorem | Electric Circuits | Problem 4.13 | Electrical Engineering

Superposition Theorem | Electric Circuits | Problem 4.13 | Electrical Engineering

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DM002 Wifi altitude hold headless mode Quadcopter
in Source transformation
Using source conversion, convert the given circuit into an equivalent circuit containing a single resistance and voltage source.

Using source conversion, convert the given circuit into an equivalent circuit containing a single resistance and voltage source. ![][1] [1]: https://electrical-engineering.app/?qa=blob&qa_blobid=4024946229561106108
Answer : ![][1] [1]: https://electrical-engineering.app/?qa=blob&qa_blobid=8995260068267182734 --- ### **Mastering Circuit Analysis: A Step-by-Step Guide to Source Transformation** Source ... polarity of voltage sources and the direction of current sources at every step to ensure an accurate result....

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Electrical Engineering
Current Division Rule Solved Example | Electrical Engineering

Current Division Rule Solved Example | Electrical Engineering

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DM002 Wifi altitude hold headless mode Quadcopter
in Source transformation
Using source conversion, reduce the circuit shown in the figure into a single voltage source in series with a single resistance.

Using source conversion, reduce the circuit shown in the figure into a single voltage source in series with a single resistance. ![][1] [1]: https://electrical-engineering.app/?qa=blob&qa_blobid=18414686426985693295
Answer : ![][1] [1]: https://electrical-engineering.app/?qa=blob&qa_blobid=9298562401596151803 ### **Source Transformation Explained: A Step-by-Step Circuit Simplification Example** Source ... a resistor is a Norton equivalent circuit. Source transformation is the method to convert between them....

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Electrical Engineering
How to make the perfect homemade pizza: step-by-step guide | Electrical Engineering

How to make the perfect homemade pizza: step-by-step guide | Electrical Engineering

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DM002 Wifi altitude hold headless mode Quadcopter
in Current Electricity
If a wire is stretched to double its length. What will be its new resistivity?

If a wire is stretched to double its length. What will be its new resistivity?
Answer : The short answer is: **The new resistivity will be exactly the same.** --- ### The Detailed Explanation #### What is Resistivity? **Resistivity (ρ)** is an **intrinsic property** of a material. This ... 2) and area is halved (factor of 1/2). | Becomes **four times** the original resistance. |...

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Electrical Engineering
Source Transformation | Electric Circuits | Problem 4.30 | Electrical Engineering

Source Transformation | Electric Circuits | Problem 4.30 | Electrical Engineering

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DM002 Wifi altitude hold headless mode Quadcopter
in Current Electricity
Is ohm’s law universally applicable for all conducting elements? If not, give examples of elements which do not obey Ohm’s law.

Is ohm’s law universally applicable for all conducting elements? If not, give examples of elements which do not obey Ohm’s law.
Answer : The answer is no, **Ohm's law is not universally applicable for all conducting elements.** Ohm's law is an empirical rule, not a fundamental law of nature. It accurately describes the ... under stable conditions, but it is far from a universal law for all materials that conduct electricity....

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Electrical Engineering
Introduction to 3 phase AC system (HINDI) | Electrical Engineering

Introduction to 3 phase AC system (HINDI) | Electrical Engineering

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DM002 Wifi altitude hold headless mode Quadcopter
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