### what is Capacitance? explain when capacitor in Series and Parallel

Define Capacitance The capacitance of a capacitor is given by the ratio of it's charge to the P.D. across it's plate. i.e. capacitance formula = Explanation when...

### voltage division rule & current division rule : what is it ? electrical electronic

Voltage Division Rule ( Voltage Division In A Series Circuit ) why voltage division rule is used ? For solving complex circuits and to simplify them...

### State Kirchhoff’s Current And Voltage Law As Applied To D.C. Circuits ?

Kirchhoff’s Current And Voltage Law As Applied To D.C. Circuits. Can they be extended for application to A.C. circuits? What is the difference in...

### Compare Resistance in Series And Parallel : Electric Circuits

In electric circuits, two quantities are of interest, primarily: Current & Voltage A connection between two electric elements is said to be in series if the current is...

### Define Resistance ? What Are The Factors Which Effect Resistance ?

Resistance is the property Of material by which it opposes (or resists) the flow of current is known as resistance. What Is Resistance The property Of...

### Why is Voltage Source Short Circuited And Current Source Is Open Circuited When They...

Voltage Source Short Circuited And Current Source Is Open Circuited When They Are Removed From The Circuit While Solving Problem Based On Superposition Theorem.Lets...

### Superposition Theorem – Explanation – Solved Example Electrical B.Tech.

Superposition Theorem According to Superposition theorem, if there are a number of e.m.f.s, acting simultaneously in any linear bilateral network, then each e.m.f acts independently...

### ideal | practical – voltage & current source : what is it ? |...

Question: Explain Ideal And Practical Voltage & Current Source With V-I Characteristics Of Ideal And Practical Voltage And Current Source ? Voltage source Voltage source...

### State And Explain Ohm’s Law With Limitations In Electrical Engineering

Ohm's Law (D.C. Circuits) Ohm's law states that "The potential difference between the two ends of a conductor is directly proportional to the current flowing...