What alkyl halide forms each of the following Alkenes as the only product in an elimination reaction?

In organic chemistry, an alkyl halide is a molecule containing one or more carbon-halogen groups. In most cases, these groups are alkyl (alkyl meaning of lower than methyl) groups. Alkyl halides are important molecules in organic chemistry, because they often form the basis of many important compounds.

In this question, you will be asked to identify the alkyl halide that forms each of the following alkenes as the only product in an elimination reaction:

CCl4 -> C2Cl2 + Cl2

CH3Br -> CH3Br+ Br-

CH3I -> CH3I+ I-

Alkyl halides form alkenes as the only product in elimination reactions.

Alkyl halides form alkenes as the only product in elimination reactions. The most common alkyl halide is CH3Cl, which forms CH3CCl2 and ClCH3.

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There are six alkyl halides that form alkenes as the only product in elimination reactions.

The six alkyl halides are methyl chloride, ethyl chloride, propyl chloride, butyl chloride, pentyl chloride, and hexyl chloride.

These six alkyl halides are CH3Cl, CH3Br, CF2Cl2, CH3I, CI2Fand CCl4.

Alkyl halides are compounds that contain a carbon atom and a halogen atom. They can be made from alkenes, which are chemicals that contain one or more carbon atoms. Each of the following alkyl halides can only form as the only product in an elimination reaction:

CHCl: The alkyl halide CHCl forms from the alkenes carbon-halogen (C-H) bonds.

CHBr: The alkyl halide CHBr forms from the alkene carbon-bromine (C-B) bonds.

CFCl: The alkyl halide CFCl forms from the alkenes carbon-chlorine (C-Cl) bonds.

CHI: The alkyl halide CHI forms from the alkenes carbon-iodine (C-I) bonds.

CIF: The alkyl halide CIF forms from the alkenes carbon-fluorine (C-F) bonds.

CCL: The alkyl halide CCL forms from the alkenes carbon-carbon (C-C) bonds.

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The reaction equation for this elimination is:

CH3-CH2-CH2-CO-NH2 + H2O = CH3-CH2-CH2-OH

Each alkyl halide will only form one product in this elimination reaction. The alkyl halide is CH3Cl, and the only product formed is chloride.

In general, the more electron-

donating elements in a molecule, the more stable the alkyl halide. This is why carbon monoxide forms methane, but hydrogen chloride does not.

Alkenes can be formed from alkyl halides in an elimination reaction. The most common alkenes are formed when two alkyl halides combine to form a single molecule. The electron-donating elements in a molecule make the alkyl halide more stable and allow it to form the only product in the elimination reaction.

FAQ

FAQ: What alkyl halide forms each of the following Alkenes as the only product in an elimination reaction?

Alkyl halides form the only product in elimination reactions with alkanes.

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