Which compound has alkyne group
Answers
- The alkyl halide undergoes an elimination reaction in the presence of a strong base to form alkyne.
- The general configuration of alkaline metals is ns 2. which is an s block.
- In nature, they are still reactive to exist as free elements but less reactive than alkali metals.
- An alkyl substituent is an alkane missing one hydrogen atom.
- The general formula of an acyclic alkane is
- CnH2n+1.
- The n-butyl and i-butyl groups are both primary groups.
- An alkyl group is a paraffin hydrocarbon group.
- It is derived from an alkane by dropping one hydrogen from the structure.
- They are represented by the letter R.
- For the reaction, the halo alkene should have a double bond and halogen on the same carbon.
- The ionizable hydrogen is at the beta position.
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Explanation:
The alkyl halide goes through an end response within the sight of areas of strength for a to shape alkyne.
The overall arrangement of basic metals is ns 2 which is an s block.
In nature, they are as yet receptive to exist as free components however less responsive than antacid metals.
An alkyl substituent is an alkane missing one hydrogen iota.
The overall equation of a non-cyclic alkane is
CnH2n+1.
The n-butyl and I-butyl bunches are both essential gatherings.
An alkyl bunch is a paraffin hydrocarbon bunch.
It is gotten from an alkane by dropping one hydrogen from the design.
They are addressed by the letter R.
For the response, the radiance alkene ought to have a twofold bond and halogen on a similar carbon.
The ionizable hydrogen is at the beta position.
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