Скачать или смотреть Relationship between EMF, Potential difference and Internal resistance | Chapter 3 |Class 12 physics

Relationship between EMF, Potential difference and Internal resistance | Chapter 3 |Class 12 physics

Class 12 th physics videosE = V + Irrelationship between emf potential difference and internal resistancechapter 3 current electricityrelationship between emfpotential difference and internal resistanceNEETIITJEEchapter 3 current electricity neetrelationship between emf potential difference and internal resistance class 12relationship between emf terminal voltage and internal resistancerelationship between emf terminal voltage and internal resistance class 12

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Описание к видео Relationship between EMF, Potential difference and Internal resistance | Chapter 3 |Class 12 physics

The relationship between Electromotive Force (EMF), potential difference (V), and internal resistance (r) is described by the equation E = V + Ir, where E is the EMF, V is the terminal potential difference, I is the current flowing, and Ir is the voltage drop across the internal resistance. This equation shows that the EMF is the total potential energy per unit charge, including the potential drop across the internal resistance that occurs when a current (I) flows through it.

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