Question

Bonding of carbon atoms to hetroatoms increases the number of organic compounds .Why?​

Answer 1

Answer:

Explanation:

Pretty sure you are confused. If you bond a carbon and hydrogen atom to a non carbon atom to make an organic compound, you decreased the number of organics. When methane combines with oxygen you get CO2 and H20 decreasing the number of organics. If you bond a carbon to a random heteroatom ( ring of atoms) , you still do not have an organic without hydrogen

The word organic is a misnomer. Organic chemistry means carbon/hydrogen chemistry. The carbon hydrogen molecule was “organic” in the first place. When you bond one carbon atom to two oxygen atoms, its the lack of hydrogen that makes CO2 and H2O inorganic.

The Lewis structure below (of one of the four nucleoside building blocks that make up DNA) can appear complex and confusing at first glance. Fortunately, common bonding patterns occur that can allow for simplifications when drawing structures. The rules for the simplifies structures rely on the neutral bonding patterns for carbon, orygen, nitrogen, phosphorus, and sulfur primarily. Since organic compounds have a hydrocarbon backbone, the atoms that are NOT carbon and hydrogen are called heteroatoms. 2'-deoxycytidine contains seven heteroatoms: four oxygen atoms land three nitrogen atoms. Heteroatoms are a primary source of chemical reactivity for organic chemistry.

Answer 2

If you bond a carbon and hydrogen atom to a non carbon atom to make an organic compound, you decreased the number of organics. When methane combines with oxygen you get CO2 and H20 decreasing the number of organics. If you bond a carbon to a random heteroatom ( ring of atoms) , you still do not have an organic without hydrogen

The word organic is a misnomer. Organic chemistry means carbon/hydrogen chemistry. The carbon hydrogen molecule was “organic” in the first place. When you bond one carbon atom to two oxygen atoms, its the lack of hydrogen that makes CO2 and H2O inorganic.

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