The triglyceride molecule consists of three lipids bonded one each to the three Carbons of glycerol.
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
Each nucleotide consists of a sugar in the middle of a phosphate group and a nitrogenous base .There are two classes of bases. Two are purines (double-ringed structures) and two are pyrimidines (single-ringed structures).Very basically, they are made of a nitrogen base, a pentose (5 carbons) sugar and a phosphate group.
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
To determine the naming conventions for bicyclic compounds, one must identify the number of carbon atoms in each ring and the position of the bridgehead carbons. The compound is named by listing the number of carbons in each ring, followed by the prefix "bicyclo" and the total number of carbons in the compound. The position of the bridgehead carbons is indicated by a numerical locant.
citric acids react with 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
To count carbons in a ring structure, start at any carbon atom and follow the ring, counting each carbon atom you encounter until you reach the starting point again. This total number of carbons in the ring is the count.
5 Carbon molecules.
To determine the number of carbons on a ring structure, count the number of corners or vertices on the structure. Each corner represents a carbon atom in the ring.
Each and every compound of carbon contains at least one carbon atom.
Assuming free-base, 10: three on each of the unsubsituted benzene carbons, two on /each/ of the unsubstituted carbons on the other ring, one on the other carbon and two on the amine. One more, making eleven, as a salt.
The reaction between acids and bases is called neutralization.