Plasma.
It is found on Earth combined with oxygen as the gas CO2, as a pure crystal solid as diamond, as a planar solid form as graphite, or combined with other elements in organic material such as wood, coal, proteins etc. etc., and as calcium carbonate in rocks such as limestone or marble.
it is a solid.Well, obviously a rock is a solid. What is Earth's crust made of? Rocks. Other than rocks, the crust is composed of dirt, sand and other solid materials.
The mantle layer of the Earth is said to be "solid-plastic". This means that it is a solid, but it can be moved.
it is made up of solid iron magnesium and water and ground and calsium nd mantle and all of the stuff under the earth
Plasma are gases heated up. Such as lightning, magma, core, northern lights, and fire. Actually Fire is an example of gas idiot.
plasma
plasma
There are only four states of matter: Liquid, solid, gas, and plasma. However, plasma is uncommon on Earth, so it is not considered a state a matter.
Plasma is the rarest state of matter on earth.
The state of matter the Earth's crust is in is solid.
Liquid state is the most uncommon. There are only 2 elements that are liquids at room temperature. They are Bromine and Mercury.
the state of matter for the earth's crust is continental and oceanic.
Plasma, commonly known as the fourth state of matter, is not abundant on Earth but is prevalent in deep space.
All the known states of matter (of which there are 5) are found on Earth, although the 5th (Bose-Einsteing condensate) has only ever been produced in laboratories.
There are three common states of matter and one uncommon. Gas, liquid, solid, and then plasma. A good example of something is a plasma state would be the sun and other stars.
This state of matter is gas.
Plasma is the only fundamental state of matter that thought to be uncommon on earth, but it is in truth quite common.Plasma is similar to the gaseous state, but is extremely electrically conductive. It can be seen commonly as fire or lightning.Plasma occurs most often when a gas exposed to extremely high temperatures, such as when lightning strikes. The high temperatures cause the electrons to leave the atoms, resulting in the presence of free electrons.