The inner core is made of nickel and iron.
Why is the inner core made out of solid metal instead of solid rock
The inner core is made out of iron and nickel and it is a solid.
Outer core- A very hot liquid that no human being could out stand it's humid heat. Inner Core- Metals, hard materials, minerals. Hard material that could with stand any temperatures. (Specifically heat, it is originally adapted to the heat)
False. The inner core of the Earth is composed of solid iron and nickel, while genetic material is found in the nucleus of cells.
Although not known for certain, the inner core of Pluto is thought to make up 70% of the dwarf planet. The core is thought to be made up of rocky material and surrounded by a mantle of ice, in much the same way that a mantle of magma surrounds the iron core of Earth.
The inner core of a virus is made up of genetic material that contains directions for creating new viruses.
'Cause they ARE made of different things
it is made out of iron and other stuff
It is widely scientifically believed that the inner core (deepest part of Earth) is made of solid iron. However the inner core is surrounded by an outer core of iron and nickel that is believed to be molten material.
The inner core of the Earth is primarily composed of solid material.
The Earth's inner core and outer crust are both solid layers that do not flow. The inner core is solid due to immense pressure, while the crust is made up of solid rock.
Thankfully, the solid layer of the Earth's crust is the outer, solid land we live on.
solid iron
An inner core of copper wire, wrapped in various insulators.
The Earth's inner core is mostly made up of solid iron and nickel. The outer core is predominantly made of liquid iron and nickel. The mantle is composed of solid rock, primarily silicate minerals rich in magnesium and iron.
The inner core and the outer core. The outer core is made of molten metal and the inner core is made of solid metal.
The inner core is believed to be made up of iron due to seismic studies which show that seismic waves travel faster in the inner core than in the outer core. This indicates that the inner core is likely solid, with iron being the most abundant and stable material at high pressure and temperature conditions found in the Earth's core. Additionally, experiments conducted in laboratories suggest that iron is capable of being solid at the extreme pressures and temperatures present in the inner core.