That it is considered a brown-colored, carbon-rich recyclable is a reason why compost rich in cellulose is likely to be poor in nitrogen. Dark-colored, fresh-smelling, nutrient-rich organic matter called compost or humus originates in and possesses carbon and nitrogen from respectively brown-colored, dead, decaying, dying and green-colored, living recyclables. The chemical formula for cellulose reveals contributions from carbon, hydrogen and oxygen: C6H10O5.
they will be removed by the excretory system.
The plant is not producing enough cellulose
look for nitrogen, if it has nitrogen it's likely a enzyme
This bacterium is likely a denitrifying bacterium. Denitrifying bacteria are able to use nitrate as a terminal electron acceptor in the absence of oxygen, converting it to nitrogen gas through denitrification.
n3s6 likely refers to a chemical compound or formula, but without more context it is difficult to provide a specific answer. It could possibly represent a type of molecule containing nitrogen (N) and sulfur (S) atoms in a specific ratio.
human cell.
They will be removed by the excretory system.
they will be removed by the excretory system.
They will be removed by the excretory system.
It is a nitrogen compound Simply because a chemical reaction happens in a compound. So, when he made a chemical reaction he made a compound.
An atom of nitrogen (N) is most likely to bond with another nitrogen atom (N) to form a nitrogen molecule (N2).
they cannot remove waste product ,as they need help of flagella to make it move!
The plant is not producing enough cellulose
look for nitrogen, if it has nitrogen it's likely a enzyme
Biomolecules and other organic juices are most likely to contain organic compounds. Also, things like vegetable oils are also organic compounds.
Scientists are likely to focus on the presence of molecules containing elements such as carbon, oxygen, hydrogen, and nitrogen, as these are key building blocks of life as we know it. These elements are essential for the formation of organic compounds like amino acids, nucleic acids, and lipids, which are crucial for life processes.
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