Ozone's chemical composition is O3. It is formed when ultraviolet radiation first breaks the chemical bond between O2, forming 2 free oxygen atoms. These two free atoms then each combine with an O2 molecule forming two O3 molecules.
The two main chemicals that react in sunlight and stagnant air to produce ground-level ozone are NOx and VOC. These are combustion byproducts and man-made pollutants.
They are called "pollutants", or "components of smog".
They are NOx (combustion byproducts) and VOC (both natural and manmade sources).
It is a Photoheterotroph.
A colored chemical compound that absorbs sunlight is a pigment. Chlorophyll is a green pigment found in the chloroplasts of plants, algae, and bacteria.
All bacteria produce chemicals. Could you possibly be more specific?
Sunlight energy can produce energy-rich molecules
Lightning is known to create nitrogen oxides. These chemicals can react with others in sunlight to produce ozone which will help to rebuild and replenish our thinning ozone layer.
As plants receive less sunlight, they change color. They are green because they have a lot of sunlight and are able to produce glucose and other energy chemicals. The less sunlight they receive, the less chemicals they produce.
Yes, hydrogen sulfide
It is a Photoheterotroph.
Organism that can capture energy from sunlight or chemicals and use it to produce their own food from inorganic compounds. They are also called producers.
A producer is none of these. It uses sunlight (some use chemicals) to produce their energy needs. Most all producers are plants.
Chemosynthesis is somewhat similar to photosynthesis. Certain organisms use it to produce energy, but they do not need sunlight to do it. They oxidize chemicals that seep up from the earth.
A colored chemical compound that absorbs sunlight is a pigment. Chlorophyll is a green pigment found in the chloroplasts of plants, algae, and bacteria.
Organism, such as plants, who can produce their own food from sunlight, water and carbon dioxide. ( sometimes chemicals-called chemeotrophs )
It's a chemical change. The sunlight stimulates the developing fruit to produce chemicals to help it ripen - in order to spread its seeds.
It will produce oxygen.
energy
All bacteria produce chemicals. Could you possibly be more specific?