Helium can be compressed under extreme pressures and cold temperatures, but it remains a gas even when compressed to a liquid state. Due to its low boiling point and weak intermolecular forces, helium does not easily transition into a solid phase.
This could be a trick question. A diamond is an allotrope of the element carbon. In stars, which are giant fusion engines, hydrogen is fused into helium, and helium is fused into carbon. In a round about way, yes, diamonds can be made of helium and hydrogen. The carbon can be compressed and heated in a supernova at the end of its life, and diamonds can form. The carbon has to be transformed into diamond. But they diamonds are very, very tiny. Some meteorites contain thousands of diamonds, but they are so small that it is hard to see them with an optical microscope.
The symbol of Helium is He. Helium's atomic number is 2.
The symbol for hydrogen is H, and the symbol for helium is He.
AnswerThere are two variants of helium -- helium 3 and helium 4. Helium 4 is not magnetic but helium 3 is. Its magnetism is, however, of different nature than e.g. that of iron. The magnetism of helium 3 is used for medical lung imaging.
Compressed helium does not lift more than regular helium. The lifting force generated by a gas is determined by its density, regardless of whether it is compressed or not. Helium is already a very low-density gas, so compressing it would not significantly increase its lifting capacity.
Helium can be compressed under extreme pressures and cold temperatures, but it remains a gas even when compressed to a liquid state. Due to its low boiling point and weak intermolecular forces, helium does not easily transition into a solid phase.
Balloons! Gaseous Helium is easily compressed and is stable, (as opposed to Hydrogen). It is lighter than surrounding air.
The center of the sun is made of highly compressed hydrogen and helium.
Helium can be compressed under high pressure and low temperatures to turn it into a liquid. However, it cannot be compressed to the same extent as other gases due to its unique properties as a noble gas with very low boiling and freezing points.
if its possible then the reason could be the expansion of high pressured helium from tank to balloon is large.
Some examples of gases that can be compressed are oxygen, carbon dioxide, nitrogen, and helium. When these gases are compressed, their volume decreases while the pressure increases.
Speed is not determined by the composition of a gas. Too may other variables. As phrased, there is no answer possible to your question. Will helium seep out of a balloon faster than air? Yes. Go faster? Explain your question.
Helium is used for the ones that rise. Compressed air can be used or exhaled breath.
You have to first obtain a helium tank and then affix the balloon to the nozzle of the tank and turn on the valve, releasing the compressed helium into the container ie. Balloon. But do not leave the tank in direct sunlight, near open flames or sparks and do not shoot it with a Bushmaster ACR battle rifle.
No, tires do not have helium. Tires are typically filled with compressed air, nitrogen, or a combination of both to maintain proper inflation and support the vehicle's weight. Helium is not used in tires because it is not as effective in maintaining proper tire pressure.
compressed gas is used on rockets such as the space shuttle.answer2 Compressed gases are used widely. The pressurized canisters for inhalers, room fresheners, deodorant spray, hair spray, spray painting, as an air blast for removing dust, and many others. The air in your car tyres is a compressed gas and it gives you a smoother ride.