Oxygen molecules are smaller in size and have a lower molecular weight compared to carbon dioxide molecules. This difference in molecular structure leads to oxygen taking up less space than carbon dioxide for the same amount of gas.
Oxygen is transported as a liquid in a rocket ship because liquid oxygen is more dense and takes up less space than gaseous oxygen, allowing for more efficient storage in the limited space of a rocket. Additionally, liquid oxygen is more stable and easier to control during the combustion process in the rocket engine.
In outer space, the percentage of oxygen is extremely low, typically less than 0.1%. Space is mostly a vacuum with vast distances between celestial bodies, so there are very few oxygen molecules present. Astronauts rely on oxygen supplied in their spacecraft or suits to breathe.
Hematite is composed of oxygen and iron, which is less abundant than aluminum but more abundant than calcium in Earth's crust.
Thiophene is less basic than furan because sulfur is less electronegative than oxygen, making the lone pair on the sulfur less available for donation to a proton. Additionally, the sulfur atom is larger in size compared to oxygen, which makes the lone pair less localized and less available for protonation.
Ice is less dense than water at the same pressure. That is why ice cubes and icebergs float on the water.
Because oxygen takes up much less space for the same amount of oxygen as a liquid rather than a gas.
Oxygen is transported as a liquid in a rocket ship because liquid oxygen is more dense and takes up less space than gaseous oxygen, allowing for more efficient storage in the limited space of a rocket. Additionally, liquid oxygen is more stable and easier to control during the combustion process in the rocket engine.
no
A kilogram of sand takes up less space than a kilogram of air, because sand is more dense than air. A kilogram of sand takes up more space than a kilogram of gold, because sand is less dense than gold.
It's a question of space. It takes up less space than annotating everything
It takes a little less than 8 Gigabytes.
Cold air does take up space. All matter does.Cold air just takes up less space than warm air.
The Volume is more than the length
Width/depth wise, yes
Since one Kg of iron is much more dense (the weight is concentrated in a smaller area) than cotton, it takes up less space.
In outer space, the percentage of oxygen is extremely low, typically less than 0.1%. Space is mostly a vacuum with vast distances between celestial bodies, so there are very few oxygen molecules present. Astronauts rely on oxygen supplied in their spacecraft or suits to breathe.
An oxygen deficient atmosphere has an oxygen concentration less than the normal level of around 21%.