well according to my calculations !!OINK OINK !!oxygen has no weight it is free living !!!!
There is no oxygen in a hydrocarbon, but the atomic weight is 16
The weight of oxygen per cubic inch is approximately 0.0899 grams.
Yes, there is more oxygen than hydrogen in terms of weight. This is because oxygen is heavier than hydrogen so even though there may be more molecules of hydrogen, the overall weight is greater for oxygen.
Yes. CO2 has a weight of 44g/mol and O2 has a weight of 32g/mol.
Gold has a heavier atomic weight than oxygen. Gold's atomic weight is approximately 197, while oxygen's atomic weight is around 16.
Start with the molecular weight of oxygen, twice the atomic weight because it's O2. So the molecular weight is 32. Now at school you learn that a gram-mole of any gas occupies 22.4 litres. A gram-mole of oxygen weighs 32 grams (1 gram times the molecular weight). Therefore 32 grams of oxygen occupies 22.4 litres (at normal temperature and pressure). 22.4 litres of water (specific gravity = 1) weighs 22400 grams. Therefore the specific gravity is 32/22400 = 0.00142857 . . That's it!
The atomic weight of oxygen is 15.9994
The atomic weight of oxygen is 15,999.
actually compressed oxygen does actually have weight.
Oxygen makes up about 20.95% of the Earth's atmosphere by weight.
Oxygen
Nitrogen is lighter than oxygen. The atomic weight of nitrogen is approximately 14, while the atomic weight of oxygen is approximately 16.
Oxygen comprises about 47% by weight of Earth's crust
The atomic mass of Oxygen is 15.9994.
There is no oxygen in a hydrocarbon, but the atomic weight is 16
Yes, losing weight can improve oxygen levels in the body because excess weight can put strain on the respiratory system, making it harder to breathe and reducing oxygen intake. By losing weight, the body can function more efficiently, leading to better oxygen levels.
To calculate weight using specific gravity, you multiply the specific gravity of the substance by the weight of the substance in air. This gives you the weight of the substance in a vacuum.