Experiments with magnets for preschool children and elementary classes with explanations

Experiments with magnets for preschool children and elementary classes with explanations

In this article, we propose to consider cognitive experiments with magnets for the development of children.

Magnit is the most amazing body in nature, which causes great delight among the children with its incredible abilities. The fact that the magnet attracts iron objects even knows preschool children. But experiments with magnets are sometimes able to surprise even adults. Therefore, we offer to plunge into the world of scientific experiments.

Cognitive experiments with magnets for preschool children and elementary classes: studying magnetic properties

To begin with, we offer simple experiments with a magnet so that the children study its properties.

  • What attracts the magnet?
Attracting
What attracts?

But it is also worth determining that not every metal is exposed.

Exception
Exception
  • What can a magnet act through?

Try with a child to attract objects through non -magnetic bodies with a magnet: sand, water or paper, glass. You will see that its properties are not lost even through another plane.

We are looking for objects
We are looking for objects
Studying properties
Studying properties
  • Can a magnet transfer its properties to other subjects?

Yes, from this experience you will learn that other metal objects can also be magnetized and attracted to themselves.

Transfer of properties
Transfer of properties
Magnetization
Magnetization
  • The power of influence

Children will also be interested in studying the power of the magnet to determine its field.

At different distance
At different distance
Magnate lines
Magnetic lines
We determine the pole
We determine the pole
  • Comparison with the magnetic forces of the Earth
With a needle
With a needle

Exciting experiments with magnets for children with an explanation

We offer to consider experiments with magnets already with the connection of ingenuity and quick wit. For example, heat destructively affects magnetic properties.

With a candle
With a candle

We also propose to refute the theory that only iron is exposed to magnetic exposure. The exception is, for example, matches.

With matches
With matches

We will slightly improve the theory about the power of the magnet.

Magnetic gun
Magnetic gun

We offer to create a magnetic mechanism with your own hands.

Experiment
Experiment

For such an algorithm, you can try various forms of wire.

Rotation under magnetic effects
Rotation under magnetic effects

And you can make a homemade fan! By the way, if you change the pole that touches with the magnet, then the direction of movement of the wire will change.

Experiment
Experiment

Or you can make such an engine with your own hands.

Engine
Engine

And finally, create an almost eternal engine made of magnet, battery and copper wire (if you close the wire into the circle). Until the charge of batteries sits down. All these experiments act on the principle of the simplest electric motor - electrons move along the wire, and force acts on them.

Magnetic train
Magnetic train

Do not be afraid to experiment - experiments with magnets are so exciting and diverse that they can surprise even adults.

Video: Experiments with magnets - 10 coolest physical magnetic experiments



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Comments K. article

  1. Julia, good afternoon to you!
    Your wonderful home amusements for children. They are beautiful for adults ... since ... none of adults, even anti-academic physicists, still does not know what is physically magnetic. The guesses are different.
    I suppose ... you did these experiments at home with someone ... And if you are interested in magnetic fields by yourself, then it will be useful for you to find out how the atom is actually arranged. Today in all textbooks of the world a fabulously stupid atom is recorded as a “planetary system”-supposedly electrons run around the nucleus.
    Atom is a crystalline assembly from the first -parties of nature in the form of a voluminous snowflake! Hence all the guesses that there is a magnetic field.
    I expect from you experiments with round magnets (in the form of flat rings).

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