Electromagnetic Induction: Electromagnetic Field

Overview

Students should be able to identify the directions of current, magnetic field. Explain the action of a loop wire carrying current in a magnetic field Explain the basic working principle of the galvanometer and the electric motor. State and explain the implications of Lenz's law Explain how the conversation principle is involved in both laws with regard to : - Charge - energy State and explain Faraday's law of electromagnetic induction. explain the principle underlying the production of direct and alternating current State the use of induction coils and transformers. Explain the cores of the induction coil and the transformer are laminated

Lesson details

Class: SS3
Subject: Physics
Theme: Field At Rest And In Motion
Duration: 30:12

What you'll learn

Concept of electro-magnetic field.
Interaction between magnetic field and currents in:
- A current carrying wire in a magnetic field.
A current carrying solenoid in a magnetic field.
Applications of electromagnetic field.
- Electric motor
- Moving coil galvanometer
- Induction coil.
Electro-magnetic induction:
- Faraday's law
- Motor generator effect
- Eddy currents

Electromagnetic Induction: Electromagnetic Field

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