Alkenic

Relating to or containing an alkene; possessing a carbon-carbon double bond. Alkenes are unsaturated hydrocarbons, meaning they have fewer hydrogen atoms than the corresponding alkane with the same number of carbon atoms. This double bond gives alkenes characteristic reactivity, making them important intermediates in organic synthesis and industrial processes. alkenic compounds are typically more reactive than their saturated counterparts due to the presence of the pi bond within the double bond, which is more easily broken.

Alkenic meaning with examples

• The chemist synthesized a new alkemic molecule for a polymer. He chose a specific alkene as a reactant to incorporate a functional group into the polymer chain. The successful polymerization indicated the presence of alkene bonds. The alkemic nature of the monomer was crucial for the polymer's desired flexibility.
• The reaction selectively converted an alkemic reactant. Catalysts were employed to promote the addition of hydrogen across the double bond. Analyzing the product's spectral data confirmed the transformation into a saturated form. Removing the alkemic bonds changed the molecule’s properties.
• Researchers explored the environmental impact of alkemic compounds in various industries. They investigated the degradation pathways of alkemic pollutants in soil and water. Evaluating the persistence and toxicity of these alkemic substances determined environmental strategies. Understanding the alkemic compounds helps regulate emissions from industrial processes.
• The spectrometer was crucial in determining the alkemic structure of the hydrocarbon. The characteristic peaks confirmed the presence and the location of double bonds in the molecule. The analysis verified the alkene's arrangement. Further analysis revealed the extent of the alkemic character within the complex compound.