Interaction of a magnet and a coil

Interaction of a magnet and a coil

The thread has a current in a magnetic field magnetic force. The direction of force depends on the position of the magnet to the wire and the direction of current through the conductor.

 
Magnet oscilatin in coil

Magnet oscilatin in coil

Magnets repelling each other, oscillate in the coil and the induced current.

 
Oersted experiment - Longitudinal

Oersted experiment - Longitudinal

This experiment demonstrates the induction of magnetic field lines straight wire using magnets.

 
Oersted experiment - perpendicular

Oersted experiment - perpendicular

This experiment demonstrates the induction of magnetic field lines straight wire with iron filings.

 
Electromagnet in practice - lock and relay

Electromagnet in practice - lock and relay

Relay is an electrical component that contains electromagnetically operated switch. It was invented in 1835 by Joseph Henry.

 
Interactions between two conductors - Ampere's force law

Interactions between two conductors - Ampere's force law

According to Ampere's rule right-hand rule for coils to induce poles with the same orientation. Since opposite poles of the magnets (and therefore the coils) attract, draw the coils together. If you mount the coils on the contrary, induce the same poles of the coils, so the coils will repel.
The Ampere force law is called Ampère discovered the law of mutual action of two linear power protékaných electrical wires, which laid the foundations of electrodynamics, or the relationship for the magnetic force acting on proudovodič in the general magnetic field.

 
Mutual action of force of two coils with the flow

Mutual action of force of two coils with the flow

According to Ampere's rule right-hand rule for coils to induce poles with the same orientation. Since opposite poles of the magnets (and therefore the coils) attract, draw the coils together. If you mount the coils on the contrary, induce the same poles of the coils, so the coils will repel.

 
Generator AC current - Alternator

Generator AC current - Alternator

The alternator is a rotating electric machine, converting mechanical energy from the rotor drive machines for electric energy in the form of alternating current. It is an AC electric generator.

 
Thread with current in a magnetic field

Thread with current in a magnetic field

NO TRANSLATION

 
Current-carrying wire in a magnetic field

Current-carrying wire in a magnetic field

This experiment demonstrates the Lorentz force acting on the wire suspended in a magnetic field Horseshoe magnet.

 
Levitating Ring - Lenz Law

Levitating Ring - Lenz Law

This experiment demontruje electromagnetic levitation.

 
The principle of the electromagnet - AC Electric Bell

The principle of the electromagnet - AC Electric Bell

The electric bell is a small electrical devices that convert electrical energy into mechanical energy in the form of sound.

 
The principle of measuring instruments - immersive magnet co

The principle of measuring instruments - immersive magnet co

This experiment demostrates principle ferromagnetic meter vtahujícího odpuzijícho or permanent magnet.

 
The principle of measuring instruments - with the coil

The principle of measuring instruments - with the coil

This experiment demonstrates the principle of measuring devices with ferromagnetic vtažným feromafnetickým core.

 
The principle of measuring instruments - two rollers in the

The principle of measuring instruments - two rollers in the

This experiment demostrates ferromagnetic measuring principle přístrojes two mA ferromagnetic coil rolls in the cavity.

 
Solenidu magnetic field with the flow

Solenidu magnetic field with the flow

This experiment demonstrates the magnetic field coil with a long stream - solenoid.

 
The magnetic field with the current thread

The magnetic field with the current thread

This experiment demonstrates a magnetic field with the current thread.

 
Electromagnet

Electromagnet

The electromagnet is a type of magnet in which magnetic field is produced by passing an electric current. The magnetic field disappears when the current ceases to pass through.

 
Electromotor DC

Electromotor DC

The electric motor converts electricity into mechanical energy. In most cases, work on electromagnetic principle. Since, the experiment demonstrates a DC electric motor.

 
Electromagnetic Induction

Electromagnetic Induction

Electromagnetic induction is the phenomenon that occurs in a changing magnetic field. Non-stationary magnetic field is the cause of non-stationary electric field.

 
Lorentz Force - Homopolar Motor (nail)

Lorentz Force - Homopolar Motor (nail)

At Christmas 1821, Michael Faraday, British chemist and physicist invented the origin of very interesting and also very simple DC rotary engine, called homopolar. This experiment demonstrates variant with nail.

 
Lorentz Force - Homopolar motor (wire)

Lorentz Force - Homopolar motor (wire)

At Christmas 1821, Michael Faraday, British chemist and physicist invented the very interesting and also very simple DC rotary engine, called homopolar. This experiment demonstrates variant with wire.

 
Paperclip motor

Paperclip motor

Instructions to build a simple electric motor of the equipment commonly available in every household. This experiment demonstrates the principle of a simplified design of the electric motor.

 
DC electric generator - Dynamo

DC electric generator - Dynamo

Dynamo is a rotary electrical machine, converting mechanical energy from the rotor to electric energy in the form of direct electric current. It is a DC electric generator.

 
3.6.2014 21:44 © Krejčí Jan
 
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