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The triglyceride molecule consists of three lipids bonded one each to the three Carbons of glycerol.
four carbons attached to each other.
5 Carbon molecules.
That depends on how big your DNA is. Given that there are 10 carbons each per adenosine, guanosine, and thymidine and 9 carbons per cytidine.... which means there are 20 carbons per A-T basepair, and 19 carbons per G-C basepair... assuming the genome is 50% GC, that would mean an average of 19.5 carbons per base pair. The human genome is roughly 3 billion basepairs long... so I'd estimate in round numbers that there are about 58.5 billion carbon atoms in the genomic DNA of a single human cell.
it has different fatty acids
The triglyceride molecule consists of three lipids bonded one each to the three Carbons of glycerol.
Hept = seven. So 7 carbons are found in each molecule of heptane.
fatty acids
citric acids react with each other
four carbons attached to each other.
Fuel oil (20-30 carbons in each chain) used in centeral heating etc. LPG (1-4 carbons in each chain) used in calor gas
The alkane with 100 hydrogen would be C49H100.The 100 hydrogen will have 49 carbons attached.The carbons on the ends would have 3 hydrogen each so the hydrogen left are 94 so the Carbon in the chain can only have 2 hydrogen each.Therefore the no of hydrogen in between will have 47 carbons and two carbons on the end. 47+2 =49 carbons.
5 Carbon molecules.
Bec in each fatty acid the o has a bond with h I think?!
One Arene and two Imides The arene is the alternating double bonded carbon ring on the left, while the Imides are each a nitrogen with two carbons and another bond, where the carbons each have double bonded oxygens.
For n-3-hexene, the carbons are written in a straight line with single bonds between each and a double bond between the third and fourth carbons. Hydrogens are then written around each carbon sufficient to give each carbon four bonds.
There are several chemical building blocks of cells. These are carbons, proteins, nucleic acids, lipids, and carbohydrates. Each one has a very important role in a cells viability.