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(A) The structure of $but-1-yne$ is $CH \equiv C-CH_2-CH_3$. In terminal alkynes,the hydrogen atom attached to the $sp$-hybridized carbon atom is acid

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(A) The structure of $but-1-yne$ is $CH \equiv C-CH_2-CH_3$. In terminal alkynes,the hydrogen atom attached to the $sp$-hybridized carbon atom is acidic in nature because of the high electronegativity of the $sp$ carbon. In $but-1-yne$,there is only $1$ such acidic hydrogen atom. Therefore,$1 \ mole$ of $but-1-yne$ can easily donate $1 \ mole$ of protons ($H^+$ ions).

The number of moles of protons which can be easily given by $1 \ mole$ of $but-1-yne$ is:

Similar Questions

The triple bond in ethyne $(C_2H_2)$ is formed from:

In the following reaction:
$C_2H_2$ $\xrightarrow[HgSO_4 / H_2SO_4]{H_2O} (x)$ $\xrightarrow{\text{Tautomerisation}} CH_3-CHO$
$(x)$ is $:-$

$CH \equiv CH + CO + H_2O \xrightarrow{Ni(CO)_4} \text{Product}$. For this reaction,which statement is false?

The correct order for acid strength of compounds $CH \equiv CH$,$CH_3 - C \equiv CH$,and $CH_2 = CH_2$ is as follows:

The reagent used to convert an alkyne to an alkene is:

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