Which among the following is a haloalkyne?
- AHalogen atom is bonded to $sp^2$ hybridized carbon atom of an aromatic ring.
- BHalogen atom is bonded to $sp^3$ hybridized carbon atom next to a $C=C$ double bond in an aliphatic chain.
- CHalogen atom is bonded to $sp$ hybridized carbon atom in an aliphatic chain.
- DHalogen atom is bonded to $sp^2$ hybridized carbon atom in an aliphatic chain.
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'Oil of mirbane' is
Difficult
View SolutionMatch the structures in Column-$I$ with their common names in Column-$II$ and $IUPAC$ names in Column-$III$.
Column-$I$ (Structure) Column-$II$ (Common Name) Column-$III$ ($IUPAC$ Name) $A$. $o$-Chlorotoluene $i$. Bromoform $p$. Chlorophenylmethane $B$. Benzyl chloride $ii$. Benzyl chloride $q$. $2$-Chlorotoluene $C$. $CH_3CH_2CHClCH_3$ $iii$. sec-Butyl chloride $r$. Tribromomethane $D$. $CHBr_3$ $iv$. $o$-Chlorotoluene $s$. $2$-Chlorobutane
| Column-$I$ (Structure) | Column-$II$ (Common Name) | Column-$III$ ($IUPAC$ Name) |
| $A$. $o$-Chlorotoluene | $i$. Bromoform | $p$. Chlorophenylmethane |
| $B$. Benzyl chloride | $ii$. Benzyl chloride | $q$. $2$-Chlorotoluene |
| $C$. $CH_3CH_2CHClCH_3$ | $iii$. sec-Butyl chloride | $r$. Tribromomethane |
| $D$. $CHBr_3$ | $iv$. $o$-Chlorotoluene | $s$. $2$-Chlorobutane |
Medium
View SolutionThe $IUPAC$ name for tertiary butyl iodide is
Match the structures in Column-$I$ with their $IUPAC$ names in Column-$II$ and common names in Column-$III$.
Column-$I$ (Structure)
Column-$II$ ($IUPAC$ Name) and Column-$III$ (Common Name)
$A$. $CH_3CHCl_2$
$i$. $1,1$-Dichloroethane and $r$. Ethylidene chloride
$B$. $CH_2Cl-CH_2Cl$
$ii$. $1,2$-Dichloroethane and $s$. Ethylene dichloride
$C$. $CH_2=CHCl$
$iv$. Chloroethene and $q$. Vinyl chloride
$D$. $CH_2=CHCH_2Cl$
$iii$. $3$-Chloropropene and $p$. Allyl chloride
| Column-$I$ (Structure) | Column-$II$ ($IUPAC$ Name) and Column-$III$ (Common Name) |
| $A$. $CH_3CHCl_2$ | $i$. $1,1$-Dichloroethane and $r$. Ethylidene chloride |
| $B$. $CH_2Cl-CH_2Cl$ | $ii$. $1,2$-Dichloroethane and $s$. Ethylene dichloride |
| $C$. $CH_2=CHCl$ | $iv$. Chloroethene and $q$. Vinyl chloride |
| $D$. $CH_2=CHCH_2Cl$ | $iii$. $3$-Chloropropene and $p$. Allyl chloride |
Difficult
View SolutionIn benzylic halides, the halogen atom is bonded to
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