A little bit of yes and a little bit of no. There are two issues:
Between its boiling point (about 4.2 K) and its "lambda point" (around 2.2 K), liquid helium-4 is a normal liquid. Below the lambda point, however, helium-4 becomes superfluid.
The isotope helium-3 also has a superfluid phase, but it occurs at a significantly lower temperature.
So whether the answer to your question is "yes" or "no" depends on which isotope of helium you're talking about, and exactly what the temperature is.
Helium can exist in both liquid and gas states. At extremely low temperatures, around -269°C, helium can turn into a liquid. This makes helium unique among the elements, as it can exhibit both fluid behaviors as a liquid and gas.
Liquid Helium is colder than Liquid Hydrogen.
Temperature affects helium by changing its physical state. At higher temperatures, helium can transition from a liquid to a gas. Additionally, temperature can impact the behavior of helium gas, such as its diffusion rate or expansion properties.
Liquid helium is primarily used for cooling superconducting magnets in applications such as magnetic resonance imaging (MRI) machines and particle accelerators. It is also used in cryogenic research, cooling infrared detectors, and for maintaining the low temperatures required for experiments in physics and chemistry. Additionally, liquid helium is used in cryogenics to achieve extremely low temperatures near absolute zero.
Usually if someone says fluid they mean liquid, but technically speaking gases are fluid as well.
Helium can exist in both liquid and gas states. At extremely low temperatures, around -269°C, helium can turn into a liquid. This makes helium unique among the elements, as it can exhibit both fluid behaviors as a liquid and gas.
Helium-4 is a strange super fluid and flow easily.
There is no word equation, except that helium will exist as liquid phase in liquid helium
the superconductor is the wire that covered with a super fluid as liquid helium that prevent losing in the energy of electron when it passing through the wire as a heat energy so the wire will have be a super conductor and the wire will have a continued electric current and this kind of wires used in spaceship .
Called 'super heated' fluid
Heike Kamerlingh Onnes, who discovered and named the phenomenon during his experiments with liquid helium
If you pour liquid helium into liquid nitrogen, the helium will not mix with the nitrogen and will instead form separate layers. Helium is lighter than nitrogen and has a lower boiling point, so the helium will tend to float on top of the nitrogen.
Yes, liquid helium is a true substance. It is the liquid form of the element helium, which is a noble gas. At very low temperatures close to absolute zero, helium gas condenses to form liquid helium, exhibiting unique physical properties and behaviors.
Liquid helium is a lot colder than liquid nitrogen.
Helium is used for cooling magnets because it remains a liquid at very low temperatures, providing efficient cooling for superconducting materials. Liquid nitrogen, while also cold, is not as effective as helium for reaching the extremely low temperatures required to achieve superconductivity in some materials.
Gas would not be considered a fluid. A good example of fluid is water. Anything that is a liquid is a fluid. The examples of gases are; carbon dioxide, hydrogen, nitrogen, oxygen, methane, helium, argon, sodium, chlorine and sulphur.
Liquid helium in the helium I phase boils at about 5 K, lower than any other substance. (Liquid helium in the helium II phase does not boil, it simply evaporates. Helium is truly weird stuff at very low temperatures.)