3:1
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Hydrogen, helium, and a small amount of lithium. If the BB is an accurate description of the early existence our Universe, then the ratio of hydrogen to helium to deuterium would be a certain value. The actual ratio matches the prediction of the BB quite well.
The ratio of helium to neon gas in a helium neon laser is typically around 10:1. Helium acts as the gas that carries most of the electrons, while neon is responsible for emitting the laser light at a specific wavelength. This ratio allows for efficient operation and the production of a stable laser beam.
Here are the densities at STP: Air (ρair) = 1.292 kg/m3. Helium (ρHe) = 0.178 kg/m3 so you'd need to compress Helium about 7x to achieve the same density as air.
3:1
Since hydrogen atoms in the sun are fused into helium atoms, the amount of helium is increasing and the amount of hydrogen is decreasing.
It is 2:1It is 2:1It is 2:1It is 2:1
Only batman knows
Around 80% molecular hydrogen, 19% helium and the rest methane.
Hydrogen, helium, and a small amount of lithium. If the BB is an accurate description of the early existence our Universe, then the ratio of hydrogen to helium to deuterium would be a certain value. The actual ratio matches the prediction of the BB quite well.
The ratio of helium to neon gas in a helium neon laser is typically around 10:1. Helium acts as the gas that carries most of the electrons, while neon is responsible for emitting the laser light at a specific wavelength. This ratio allows for efficient operation and the production of a stable laser beam.
Here are the densities at STP: Air (ρair) = 1.292 kg/m3. Helium (ρHe) = 0.178 kg/m3 so you'd need to compress Helium about 7x to achieve the same density as air.
90% hydrogen 10% helium ( a 75/75% mass ratio) and comtains small amounts of methane, water and ammonia
The charge ratio of a proton to an alpha particle is 1:2. An alpha particle is merely a helium nucleus, composed of exactly two protons and usually two neutrons.
Im no astrophysicist but an older star would consume more of its hydrogen over time in comparison to helium through its fusion process. Over time concetrations would change resulting in a higher helium to hydrogen ratio.
When you convert the helium with a positive ion ratio the atomic mass 1 of hydrogen is inflated at the inverse of mass 4, giving it the mass of 3 which deflects in a the smaller since of the word.