A brilliant idea from an old fire extinguisher! You'll be glad to see it!

If you still have an old fire extinguisher, don't throw it away.Make it a useful thing for your home.

Some mines located on Earth have played very important and vital roles for mankind in the historical process. One of these mines is the iron mine. Iron has been used in the construction of weapons in the past times for mankind, especially in hunting. Later, iron, which was used to develop various weapons for use in wars, gained one of the most important roles from the point of view of civilization, especially in the industrial revolution.

Iron, which is a substance that is of great importance in today's modern industrial industry, is a raw material for some industrial areas. Although iron is a metal, its atomic number on the periodic table is 26. Its symbol is Fe. This icon comes from the Latin word “Ferrum”, which means iron. It is believed that iron, which is an important substance especially in the field of industry, also has different tasks as a result of research conducted by scientists. Iron metal is found more in the earth's crust than other metals. And it is noted that this ratio of iron in the earth's crust contributes to the earth's magnetic field and is involved in blocking radiation from space and the sun, which is dangerous for mankind. The rate of iron presence in the earth's crust is approximately 5%. Iron metal, which is the most abundant in the dec's crust, is also among the most abundant metals in space. The question of how iron occurs is answered by the time of the arrival of the planets in the sun and the solar system on Earth. It is believed that iron appeared in the formation of the planets and the sun.

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The question of how iron is formed dates back to 4.5-5 billion years ago, when the solar system was formed. As a feature, each star has a lifetime, and after the stars complete their lifetimes, a large explosion occurs. It is also believed that the solar system was formed as a result of the explosion of a young-type star. After the explosion, the nebular structure scattered in the vacuum of space began to intensify due to the effect, which in physics is called gravity. After the explosion, Helium and Hydrogen molecules came together in the center of the system, and while the sun was forming, some of the condensed matter from other disks scattered around the dec formed the earth. As the Earth was forming, iron metal also participated in the formation and formed the core of the earth together with nickel. The process of forming the nucleus, on the other hand, was realized thanks to condensation.

In an event called the big bang in the scientific world, which means the big bang, and it is believed that the earth and the solar system were formed, iron metal formed the core of the Earth. Although today scientists predict that there is still nickel and iron in the structure of the earth's core, this can not be proved due to the fact that technology does not allow it. An iron element is a heavy element formed as a result of the use of light elements such as Hydrogen and Helium as fuel. After the big bang, thermonuclear reactions took place in the nuclei of the first stars, and Helium and Hydrogen were used as fuel in these reactions.

After stellar explosions called "supernovae", the metal element contained in the cores of stars is scattered deep into space. The metal element scattered into space also participates in the formation of newly formed stars and planets after the explosion. The Earth was exposed to meteor showers in the early stages of its formation. The iron element contained in the meteorites also remained in the earth's crust after they hit the earth. The iron metal found in the earth's crust at the highest rate was added to the earth's crust both during formation and as a result of meteor showers.