The state depends on the exact temperature, as well as on the pressure.
It is called plasmaThe name for the liquid part of blood is "plasma", and all other blood components are dissolved in or carried by the plasma.plasma plasma
Gas. Unquestionably. Consider the alternative: Liquid? Solid? Maybe plasma? Liquid and solid hydrogen only produced in near the absolute temperature. Plasma on the other hand requires enormous temperature and pressure (Sun).
None of the metals are gasses at room temperature.
Please rephrase your question: ' ...... from highest to lowest WHAT '
Crude oil is a liquid, not a plasma. It is a naturally occurring hydrocarbon mixture that is formed from the remains of ancient marine organisms. It is widely used as a source of energy and in the production of various products.
Sodium is a solid at room temperature.
That really depends on the temperature it is at. It could be liquid, gas or plasma.
solid. Very stable at room temperature.
The temperature of plasma can range from thousands to millions of degrees Celsius. This is much hotter than the temperatures of solid, liquid, and gas states of matter. Plasma is considered the hottest state of matter.
yes, it is fluid
Water can do this and the temperature at which it occurs is called the triple point.
It is usually a solid, which sublimates at room temperature to form a gas.
# solid # liquid # gas # plasma # super liquid (exists as a liquid below normal freezing temperature, unstable) # communal solid (experienced by Helium near absolute zero, electron share nuclei, negative temperature (energy level pumping) possible.)
It is called plasmaThe name for the liquid part of blood is "plasma", and all other blood components are dissolved in or carried by the plasma.plasma plasma
Solid, liquid, gas, and there is actually a 4th, which is plasma. Plasma is the most common state of matter in the universe. On earth, plasma occurs in the form of lightening and flames at very high temperature.
Classical states of matter are gas, liquid, solid and plasma. They are determined by the temperature and pressure.
If you constantly increase the temperature of a gas, it will eventually turn into a plasma. A plasma is the fourth state of matter where the gas particles become ionized and can conduct electricity. This transition occurs at extremely high temperatures.