Yes
No so. The greatest amount is by marine plants. Algae and such which girdle the world almost.
Forests are also located in the Southern Hemisphere, but there is more land in the Northern Hemisphere's temperate zone (as opposed to the Southern Hemisphere's temperate zone) to support forests.
oxygen
Photosynthesis produces most oxygen during the growing season of the plant. This is normally in spring and summer. Scientists measure the amount of carbon dioxide in the area and every year there is a dip in CO2 levels during the northern hemisphere's growing season, when more carbon dioxide is removed and more oxygen is released.
Oxygen is a by-product of photosynthesis.
Yes, the pair of gases can easily be combined to create pure water. Passing the two gasses across a hot surface will cause the hydrogen and oxygen to "burn" or recombine, and (pure) water will form. The water will appear as a hot gas, but cooling it will cause it to condense.
Contrary to popular secular belief, tree's don't actually produce the majority of the worlds oxygen, in fact, approximately 91.6% of the worlds oxygen is produced by phytoplankton blooms in the northern hemisphere of the ocean.
Forests are also located in the Southern Hemisphere, but there is more land in the Northern Hemisphere's temperate zone (as opposed to the Southern Hemisphere's temperate zone) to support forests.
In order to create ozone oxygen is addded to nascent oxygen. Then ozone is formed.
Plants create Oxygen, but Oxygen is a natural element.
oxygen
Photosynthesis produces most oxygen during the growing season of the plant. This is normally in spring and summer. Scientists measure the amount of carbon dioxide in the area and every year there is a dip in CO2 levels during the northern hemisphere's growing season, when more carbon dioxide is removed and more oxygen is released.
Hydrogen can form together with oxygen and create a compound. H2O
Oxygen is used as the end electron receptor in an electron transport change that is used to create a proton gradient across the inner membrane of the mitochondrion. Oxygen forms water when it accepts these electrons. The O2 molecule that oxygen exists as is necessarily split to form water which is H2O
Oxygen is used as the end electron receptor in an electron transport change that is used to create a proton gradient across the inner membrane of the mitochondrion. Oxygen forms water when it accepts these electrons. The O2 molecule that oxygen exists as is necessarily split to form water which is H2O
Yes, how else would our cells obtain oxygen?
Oxygen is a by-product of photosynthesis.
Water.