because when co2 dissolves in water, it creates carbonic acid which is very acidic...when titrating an acid/base reaction, this requires more base since the "water" would now be acidic
theoretically water when boiled becomes distilled water, boiling water gets rid of any impurities in tap water...so you could say boiled water which is then cooled is cleaner than tap water
mainly trees as they take in co2 and give out Oxygen.
No. It gets rid of bacteria in water.
Sea water absorbs carbon dioxide naturally as carbonic acid. The concentration is reduced by organisms like phytoplankton that fix carbon (use the carbon dioxide for photosynthesis) and release oxygen.
Adding a diluted solution of Chlorine to the water should sanitize it and rid it of the bad smell
It has to get oxygen and get rid of CO2
theoretically water when boiled becomes distilled water, boiling water gets rid of any impurities in tap water...so you could say boiled water which is then cooled is cleaner than tap water
mainly trees as they take in co2 and give out Oxygen.
co2
You need to buy a chlorine-free bottle, to get rid of the chlorine from the water. Since no fish can live inside chlorine. And chlorine is mixed with tap water.
Fission is a cleaner w/ CO2 to remove odors
An iron nail will rust slowly in distilled water when that water has dissolved oxygen. If you get rid of the oxygen by boiling and keep it from getting back in then the iron nail will not rust at all.
Water for irrigation may have plant food (fertalizers) in it or it may be untreated water (direct from a river). Purified water has been aeriated, filtered, treated for bacteria (chlorine or ozone).
Mitochondria get rid of carbon dioxide and water as chemical waste products. Carbon dioxide is produced during the process of cellular respiration, while water is a byproduct of the electron transport chain in mitochondria.
Carbon Dioxide-CO2
Theoretically, yes. It would probably take two or three stages of distillation to get rid of all the aromatics. Activated carbon filtration might help, too.
Plants. Plants will take the co2 away,but only store it, so when it dies the co2 comes back. you will need to remove the carbon from the co2 and then the co2 without the c2, it wil turn into o2 which is oxegen