Metal is found in Earths core because Earth has a simpathic cycle.Earth has clumps of metal in its core to STOP gases from the sun getting into earth
The greatest concentration of metals on Earth is found in the planet's core, which is primarily made up of iron and nickel. Additionally, metal ores can be found in the Earth's crust, where they are mined for various industrial applications.
Two metals found in the outer core include: Iron and Nickel.
IronNickeland then everything else in much smaller quantities.
The Earth's core is mostly composed of iron and nickel. These metals make up the majority of the core's composition and are responsible for generating the planet's magnetic field.
Iron and nickel are believed to be the two main metals found at the center of the Earth. This is based on seismic data and the behavior of these metals under high pressure and temperature conditions similar to those found at the Earth's core.
The greatest concentration of metals on Earth is found in the planet's core, which is primarily made up of iron and nickel. Additionally, metal ores can be found in the Earth's crust, where they are mined for various industrial applications.
nickel and iron
Two metals found in the outer core include: Iron and Nickel.
The two metals found in the outer core is Iron & Nickel
The two metals found in the outer core is Iron & Nickel
native metals
The primary metals in the core are iron and nickel with lesser amounts of other heavy metals.
solid metals
The Earth's core is primarily made up of two metals: iron and nickel. Iron is the most abundant metal in the core, while nickel is also present in significant amounts.
IronNickeland then everything else in much smaller quantities.
Depends if your talking about the inner core or the outer core: Outer core or mantle.
No, not all metals are found in the Earth's crust. While the Earth's crust contains a wide variety of metals, some metals are very rare and are not commonly found in geological formations. Additionally, some metals are found in concentrations that are too low to be economically viable for extraction.