What happens to the temperature when it moves to the interior of the earth, or increases, decreases, or stays the same? On the occasion of the reference to the solution of this question, and the reason for the heat of the Earth’s interior.
What happens to the temperature when moving into the Earth’s interior?
The inner layer of the earth consists of rocks and minerals, and its thickness reaches about 800 miles, and the temperature and pressure gradually increase with the increase in proximity to the interior of the earth, and the temperature of the interior of the earth, which is called the laboratory, reaches nearly 11,000 degrees Fahrenheit. Which is equal to 2000 degrees Celsius or more, and it is hotter than the surface of the sun, according to Forbes magazine in 2013, and in this layer the pressure exceeds the effects of high temperatures and prevents the fusion of minerals, and therefore the minerals in the core are solid and have a spherical shape, and from here we conclude that the correct answer to this The question is:
- An increase in the temperature inside the Earth.
There are several theories about the enormous heat in the Earth’s interior, and it is unknown, O correct and honest, perhaps the enormous pressure in the Earth’s interior is the cause of this heat, and it may be the cause of the end.
See also: Vibration of the Earth’s crust is called
The cause of heat is in the ground
The maximum temperature in the Earth’s interior is due to many different factors, and the main reason may be the enormous heat that contributed to the formation of the planet, and the reason may be friction between the dense materials in the outer core and others. The materials in the inner core. Radioactive isotopes decompose, especially potassium, uranium and thorium. However, none of these theories have been proven worthy of being recognized as the real cause of this heat, and scientists are uncertain about the importance of this factor because the exact amount of these radioactive elements is unknown.
See also: How cold is the Earth’s core?
Thus, we have come to the end of our article for today, which was titled “What happens to the temperature when moving into the Earth’s interior?”