It and the other planets condensed from an accretion-disc of gas and dust (of the elements) and these heated by compression as they collected material at high velocity onto their original cores by gravity.
The Earth's core is made of extremely hot metal under intense pressure, surrounded by a layer of extremely hot molten metal. Because of the force of gravity, many of the heavy radioactive metals have concentrated here, and the heat is caused by the radioactive decay.
The inner core of the Earth is solid and extremely hot, with temperatures reaching up to 5700°C. This solid inner core is mostly made up of iron and nickel.
yes its extremely hot and so high pressured that it is a solid.
natural nuclear waste
The sphere of very hot metal at the center of the Earth is called the Earth's inner core. It is made primarily of iron and nickel, and its extremely high temperatures are due to both the heat left over from the Earth's formation and the heat generated by radioactive decay.
extremely hot
No!!! Extremely hot
The Earth's core is made of extremely hot metal under intense pressure, surrounded by a layer of extremely hot molten metal. Because of the force of gravity, many of the heavy radioactive metals have concentrated here, and the heat is caused by the radioactive decay.
The inner core of the Earth is solid and extremely hot, with temperatures reaching up to 5700°C. This solid inner core is mostly made up of iron and nickel.
yes its extremely hot and so high pressured that it is a solid.
natural nuclear waste
The sphere of very hot metal at the center of the Earth is called the Earth's inner core. It is made primarily of iron and nickel, and its extremely high temperatures are due to both the heat left over from the Earth's formation and the heat generated by radioactive decay.
Yes, the Earth was initially hot and molten during its formation due to the heat generated by the collision of smaller celestial bodies. As the Earth slowly cooled down over millions of years, the outer layer solidified to form the crust, while the inner layers remained in a semi-solid or molten state.
Earth was extremely hot when it was formed about 4.5 billion years ago, with temperatures reaching thousands of degrees Celsius due to the heat caused by the accumulation of materials during the process of accretion and impacts from other celestial bodies. Over time, Earth gradually cooled down, allowing for the formation of its solid crust and the development of its current temperature range.
No, you can not get to the center of the earth. The core of the earth, which is the center of the earth, is way to hot. It would be like standing on the sun, but though the core of the earth is EXTREMELY hot, it can not compare to the heat of the sun
in the beginning of earth it was extremely hot with very little oxygen - Jeremy ramirez
crust