Not easily, although it is soluble in lime-water.
carbon dioxide, carbon monoxide, iron oxide, nitric oxide, sulfricoxide, zinc oxide, calcium oxide, aluminumoxide, and any rust on any type of metals or any solution including oxygen has a suffix of oxide.
To activate eggshells as an adsorbent, you can start by washing and drying them thoroughly. Then, grind the eggshells into a powder using a blender or mortar and pestle. Next, heat the powdered eggshells in an oven at a temperature of around 350°F (177°C) for about 30 minutes. This process helps to activate the adsorbent properties of the eggshells and make them more effective in adsorbing substances.
Adsorbsion happens on the surfaces of metals; platinum is particularly good, but any other metal such as steel, zinc, etc., can do it. It happens less with aluminum because of the protective layer of aluminum oxide, but in a non-oxygen atmosphere, if you remove the aluminum oxide, then yes, aluminum would also adsorb.
any chemical with oxygen in it like carbon dioxide, co2 or sulfur dioxide so2
This does not happen. Carbon forms covalent bonds with oxygen, not ionic bonds.
When you burn any compound which contains carbon, like wood or gas. The simple reaction is : C + O2 -> CO2
roots will adsorb any liquid under or beside them so yes they will.
Any metal oxide, for example magnesium oxide.
Any of various oxides of iron, such as ferric oxide or ferrous oxide.
It depends on the fire, but if the fuel is largely organic matter and the amount of air is not restricted, the gas from the fire will be largely carbon dioxide and water vapor.
Ytterbium oxide is any oxide of ytterbium, but especially the colourless solid Yb2O3.
there are still gases in the atmosphere without any other sulfur oxide evaporating like nitrous oxide and carbon dioxide.