if............?
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.
To condense oxygen from air, the air would need to be cooled to a temperature below its boiling point, which is -183 degrees Celsius. This cooling process would cause the oxygen molecules to condense into liquid form, which can then be collected separately.
Oxygen makes up about 21% of the Earth's atmosphere.
Filling the bomb with pure oxygen provides a more efficient combustion process, leading to a more powerful explosion. Skipping this step and allowing the bomb to fill with air would dilute the oxygen content, making the explosion less intense and potentially causing the bomb to fail to detonate.
If the jar holding the oxygen breaks, the oxygen will escape into the surrounding environment. Oxygen is a gas, so it will disperse quickly and mix with the air around it.
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
The oxygen content in air would have decreased. This is because photosynthesis is a process which keeps the balance between oxygen and carbon dioxide by converting carbon dioxide to oxygen.
The approximate oxygen content of air is around 21%.
The oxygen content of air is approximately 21%. Nitrogen is the largest component of air as it takes up 78% of the atmosphere.
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.
There would be no air or oxygen for us to survive.
Too much air would harm the body
plants would starve, and the oxygen content of the air would slowly decrease to zero.
plants would starve, and the oxygen content of the air would slowly decrease to zero.
If the nitrogen or carbon dioxide content in the air is too high, or if the oxygen content of the air is too low.
The oxygen content of air remains constant at around 21% regardless of temperature. However, at lower temperatures, air becomes denser, which can affect oxygen delivery to the lungs during respiration.
The air you breathe out is little changed from the air you breathe in, except that the oxygen content is somewhat lower - your body extracts some (not all) of the oxygen. The exhaled air is the same except for slightly lowered oxygen content.