yes helium does have a lot of pressure.
Hydrogen The sun is just made up of Hydrogen 74.9% and Helium 23.8%. The suns high pressure, and temperature fuses hydrogen into helium. The process is called Nuclear Fusion, this releases a lot of energy.
Helium ash is merely helium. Helium is commonly referred to as ash in discussions of our sun's fuel (and others stars of similar size/composition) to indicate that it cannot burn (or really cannot be fused into a larger atomic element). Our sun fuses hydrogen into helium at its core but the temperatures and pressures are not high enough to fuse helium, so it is called ash. If the core had a higher temperature/pressure, the helium would be fused into a larger element (carbon), something that happens with more massive stars. In such a star it would not be called ash because the conditions would be such that it could be fused ("burned"), so it would merely be called helium.
The main gas is hydrogen (about 70%). There's also quite a lot of helium (about 28%).
If it has helium, it will rise up into the atmosphere until the rubber breaks down or the helium is no longer lighter than the air around it. It may burst if the outside pressure is too low. And sunlight will increase the breakdown of the rubber or latex.
The sun is primarily a giant fusion reaction: Hydrogen and Helium. Hydrogen (with one proton in its nucleus) atoms at enormous pressure essentially "fuse" their nuclei... making two protons in the nucleus.. 2 protons= Helium. both of these are gases.
Helium is stored under pressure, so a lot is packed into a small space. The gas in the balloon is at only slightly more than normal air pressure. The helium spreads out as it fills the balloons.
The pressure that there would be if all the non-helium atoms and molecules were taken away.
That all depends how much helium you put in it. A basketball should be able to take the same amount of pressure, whether it's pressure from air or helium. So, if you inflate it only to the recommended pressure, it should be a problem. The same amount of pressure of helium will be less mass, so in the end the basketball will be lighter, as you would probably expect, by a very small amount.
The pressure that there would be if all the non-helium atoms and molecules were taken away.
Gas under high pressure
Hydrogen + intense heat and pressure --> Helium + energy release
Helium at standard temperature and pressure - is a gas.
Hydrogen The sun is just made up of Hydrogen 74.9% and Helium 23.8%. The suns high pressure, and temperature fuses hydrogen into helium. The process is called Nuclear Fusion, this releases a lot of energy.
There is not a lot of helium here on Earth, but there is quite a lot of it in the sun. If we consider the entire universe, helium is the second most abundant element, after hydrogen.
10 million degrees with a football field worth of hydrogen under a lot of pressure the process is called nuclear fusion
42.8 atm fufurjthfhhudjd
161 mm Hg.