They would suffocate and subsequently die unless they could find an alternate source of oxygen - quickly...
Yes, cold air typically contains more oxygen than warm air. This is because cold air is denser and can hold more molecules, including oxygen.
Yes, cold air typically has more oxygen compared to warm air because cold air is denser and can hold more oxygen molecules.
Inhaled air has more oxygen compared to exhaled air. When we inhale, we take in fresh oxygen from the environment to use for cellular respiration. As we exhale, we release carbon dioxide and the remaining oxygen that was not used by the body.
Inhaled air contains more oxygen than exhaled air. When you breathe in, oxygen is taken into your lungs and absorbed into your bloodstream. When you breathe out, you release carbon dioxide produced by your body and some of the oxygen has been used up.
To condense oxygen from the air, you would have to cool the air to a temperature below the boiling point of oxygen, which is around -183 degrees Celsius. This process would separate the oxygen gas from the other components of air, allowing it to be collected as a liquid.
People use air for oxygen, without air we would all be dead.
One bottle would have more pure oxygen then the other one, since oxygen is more dense then air, and will not rise into the atmosphere or combine with air quick
Yes, cold air typically contains more oxygen than warm air. This is because cold air is denser and can hold more molecules, including oxygen.
Yes, cold air typically has more oxygen compared to warm air because cold air is denser and can hold more oxygen molecules.
Inhaled air has more oxygen compared to exhaled air. When we inhale, we take in fresh oxygen from the environment to use for cellular respiration. As we exhale, we release carbon dioxide and the remaining oxygen that was not used by the body.
of course not gallium does not react with oxygen you retards cuz if it did then something would happen if you would it in the air cuz oxygen is in the air
because the level of oxygen in the air is so low, the body would need to breath more often to be able to absorb the same amount of oxygen it would at a lower altitude. So, breathing rate would increase. also the heart rate would increase.
they have bigger hearts and lungs to get more oxygen from the thin air.
First off, it doesn't burn more, it burns quicker. This is because It's reacting with the oxygen, and in a 100% oxygen environment there's simply more oxygen to react with (the air is 21% oxygen).
Inhaled air contains more oxygen than exhaled air. When you breathe in, oxygen is taken into your lungs and absorbed into your bloodstream. When you breathe out, you release carbon dioxide produced by your body and some of the oxygen has been used up.
To condense oxygen from the air, you would have to cool the air to a temperature below the boiling point of oxygen, which is around -183 degrees Celsius. This process would separate the oxygen gas from the other components of air, allowing it to be collected as a liquid.
If that were so then fires would burn much more intensely.