Why is the temperature in the center of the Earth so high, and where does its energy come from?

According to the available scientific research data,The thickness of the Earth's core is more than 3,400 kilometers, and the temperature near the core is very highThe average temperature can reach more than 4,000 degrees Celsius.

In this environment, the outer layer of the nucleus is in the form of a liquid, the main component of which is iron. Everyone can imagine the furnace of a steel plant, the outer layer of the nucleus may be the same. As the Earth rotates, this blazing ocean will flow slowly, and inside, it is a solid core dominated by iron, and due to the high pressure of the Earth's own gravity, the molecules of matter are tightly pressed, so that the matter here is still solid despite the high temperature.

When the Earth was born 4.6 billion years ago, the solar system had not yet formed such an orderly appearance. At that time, a large number of celestial bodies wandered irregularly in space, causing strong collisions between celestial bodies. When there is a collision between objects during the day, depending on the angle of the collision, some of them will be crushed and broken, but it will fuse and grow under the influence of gravity, from which the formation of the Earth comes.

As it devours other small celestial bodies, its volume becomes larger and its gravity becomes larger. The increase in gravity attracts other celestial bodies and dust in the vicinity. Grains piled up like a snowball, forming the prototype of the earth.

Under the influence of the strong gravitational pull of the newborn land, other small celestial bodies were thrown into the arms of the Earth and became part of it. In a short time, the Earth sweeps small objects and dust particles into its orbit.

When celestial bodies collide with each other, a large part of their kinetic energy is converted into heat energy。Due to the intensive occurrence of celestial collision events, the primitive earth accumulated a large amount of heat energy in a short period of time, so the material on the earth is basically in a molten state, the higher the temperature, when the collision process of small celestial bodies ends, the earth begins to cool, and most of the heavy elements (such as iron) will sink into the center of the earth under the action of the earth's gravity, thus forming the current iron core.

Its energy may come from the center of the earth, so it will be relatively hot.

Because the center of the Earth may have a huge energy field, its temperature is very high.

The temperature at the center of the earth is emitted from the core of the earth's interior.

Its energy actually comes from the terrain itself, because our earth is constantly changing.

1. In the early stage of the formation of the earth, due to the gravitational force of the earth's materials, the temperature of the earth was extremely high, and the whole earth was in a lava state. As the heat is dissipated, the outer layer of the earth forms the earth's crust, but the temperature inside is still high, while the crust forms as an insulating layer.

2. The decay of a large number of radioactive elements in the center of the earth will release heat, so that the earth will always maintain a high temperature.

3. Due to the rotation of the earth, the solid and liquid cores of the earth are in constant relative motion under the gravitational pull of the sun and the moon. Motion friction generates a lot of heat, so the temperature of the center of the earth is high.

Earth's core: The Earth's core is the core part of the Earth and is located in the innermost part of the Earth. The radius is about 3470 km, mainly composed of iron and nickel elements, and the density is high, and the average density of the earth's core material is about grams per cubic centimeter.

The temperature is very high, there are 4000 to 6800. The mass of the Earth's core accounts for the mass of the entire Earth, and the volume accounts for the volume of the entire Earth. According to the changes in the ** wave, it is found that the earth's core also has the difference between the outer core and the inner core.

The interface between the inner and outer cores is about 5155 km. Since the transverse wave of the ** wave cannot pass through the outer core, it is generally assumed that the outer core is composed of molten or near-liquid substances composed of iron, nickel, silicon, and other substances. The liquid outer core flows slowly, so it has been speculated that the formation of the Earth's magnetic field may be related to it.

Since transverse waves are present in the core, the core is solid.

In the early days of the formation of the earth, the geocentric pressure generated by the gravitational pull of the earth's material made the temperature of the earth extremely high, leaving the whole earth in a lava state. As the heat is dissipated, the Earth's outer layers form a crust, but the temperature inside remains high.

Due to the decay of a large number of radioactive elements in the center of the earth, a large amount of heat is released, so that the earth always maintains a high temperature.

Due to the sun's irradiation and the thermal insulation of the atmosphere, the temperature of the earth's surface is much higher than that of the universe. The earth is larger in size and its heat is maintained for a long time.

Due to the rotation of the Earth, the solid and liquid cores of the Earth are in relative motion under the gravitational pull of the Sun and the Moon, and the friction in them constantly generates heat, keeping the Earth's core at all temperatures.

The thermal energy of the Earth's interior** is the kinetic energy converted into heat energy when the Earth was hit by a solid substance (called a star) near the Sun's Zen Qi at the beginning of its formation; and the energy provided by the decay of radioactive elements in the Earth's interior, which has continued to this day.

In addition, it is composed of structures that hold the Earth, which makes it insulating well, and the energy provided by the decay of the elements mentioned above, so that the Earth's core still has extremely high temperatures (the temperature of the Earth's core is even comparable to the temperature of the Sun's surface).

The temperature at the center of the earth is very high. According to scientists' estimates, the core temperature of the Earth's interior is about 5,500 degrees Celsius to 6,000 degrees Celsius.

This high temperature is produced by the release of energy during the formation of the earth and the decay of radioactive materials in the earth's interior. However, due to the solid crust and rocks surrounding the Earth's exterior, we often cannot directly feel the heat of the Earth's interior. This high temperature is also one of the main causes of geothermal activity and magma eruptions in the Earth's interior.

As you keep digging deeper into the earth, the temperature keeps rising. From the presence of mines, hot springs, and volcanoes, there must also be a large enough energy source inside the Earth Circle to trigger **.

Due to the gravitational pull of the earth, the pressure generated by the use of objects towards the center of the earth, the further the interior of the earth, the greater the pressure, the matter at the center of the earth, generates heat under high pressure. The radioactive elements in the Earth's interior decay and release a large amount of heat. During the movement of the earth's crust, a huge amount of energy is released to generate heat, and the earth's core is divided into two parts: the inner core and the outer core.

The closer the Earth's interior is to the center of the Earth, the higher the temperature.

The central point of the Earth is located at a depth of 6,000 kilometers underground

The center of the Earth is located 6,000 kilometers underground, even the outer boundary of the Earth's core, and this position is the center point of the Earth. The location of the center point of the earth is known, but it is difficult to explore it, and the current technology does not support the exploration of the center point of the earth.

At the same time, at the center of the earth there is a magical thing, and the orange is the outer core. It exists in the center of the Earth, but it is about the size of Pluto. On top of that, the core is so hard that it's about to catch up with the sun.

We all know that the closer you are to the sun, the higher the temperature will be, and it is the temperature that can be felt. Coincidentally, scientists have found that the main ingredient of this core is iron, and its special composition is the reason for such high heat. The general structure is a square structure centered on the iron atom, which is able to generate pressure and release a large amount of heat.

The Earth's core is very dense, composed of a liquid state of oxygen and sulfur, and under tremendous pressure, the core forms a solid iron core, most of which derives most of its heat from smaller substances formed 4.6 billion years ago, from natural radioactive energy deep in the earth. It is an indisputable fact that the temperature inside the Earth is close to the surface temperature of the Sun. The eruption of magma from a weak point in the earth's crust is the best proof of this.

It is an indisputable fact that the temperature inside the Earth is close to the surface temperature of the Sun. The eruption of magma from a weak point in the earth's crust is the best proof of this.

Because it is full of energy, or because it is a hot object, there will be so much energy, the earth's core, mantle, and shell are spinning at different speeds, and it can be predicted from the strong magnetic field of the earth that the spin speed of the earth's core is very large. Any matter that rotates at high speed is energy - metallic hydrogen ions, and the energy must have high temperature and high pressure; In other words, there is no low-speed movement of energy at low temperature and low pressure.

The high temperature in the Earth's interior is calculated by scientists based on the accumulation of experience. If you follow the book, it's the same over and over again, what's the point. Now on the other hand, is there really such a high temperature in the interior of the earth?

Why there is a fact that has been confirmed, but none of us has seen the inside of the earth, and even Russian scientists have not hurt the skin of the earth even if they made a hole.

Is the real Earth's interior what scientists have studied? Maybe there is another world inside the earth, underground humans or other creatures, and the formation of the earth is also divided into science and theism, not something you believe, others also believe!

The stars and planets of the universe are derived from the positive and negative particles (dark matter) in space, and their particles run regularly in the regular structure to form energy and gravity, high-speed moving particles form cosmic vortices, the central gravitational force produces electromagnetic effects to form stars, and the surrounding small electromagnetic effects form planets, and the electromagnetic effect produces high temperature, high pressure, high magnetism, and forms atomic matter, from scratch, from small to large, after hundreds of millions of years to have the current shape of the earth, which is the reality of the eternal high temperature inside the earth, and the same as stars.

It's true, because when you touch the ground, you can also feel that there is some temperature on the ground, and there will also be some volcanoes and hot springs, indicating that the interior of the earth has temperature.

It's true, it's because there are occasional volcanic eruptions in the Earth, and the more you explore the deeper the Earth, the temperature gradually increases, so the temperature inside the Earth is very high.

It's true, because according to some scientists, there is a lot of lava in the interior of the earth, and the temperature is very high.

This is true, because there is a lot of material in the center of the earth, and there are many places where magma occurs.