MCQ
The $IUPAC$ name of $(CH_3)_3C \, CH_2CH_2Cl$ is
- A$2, 2-$ Dimethyl $-4-$ chloro butane
- ✓$1-$ Chloro $-3, 3-$ dimethylbutane
- C$4-$ Chloro $-2, 2-$ dimethyl butane
- Dnone of these
✓
Answer
Correct option: B.
$1-$ Chloro $-3, 3-$ dimethylbutane
b
Parent chain consist of $4$ -carbonation and it is also saturated.So,butane is parent chain.
Parent chain consist of $4$ -carbonation and it is also saturated.So,butane is parent chain.
On $3^{rd}$ carbon atom two methyl substituent are attached.
So its name is $1$-chloro-$3,3$-dimethyl butane.
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
The ability of a substance to assume two or more crystalline structures is called
A chemist wants to determine the molecular geometry of the $[CoCl_4]^{2-}$ ion. Which of the following gives the best suggestion for a measurement and for the interpretation of that measurement ?
→Which among the following is a false statement
Which of the following compound is coloured ?
An organic compound '$A$' contains nitrogen and chlorine. It dissolves readily in water to give a solution that turns litmus red. Titration of compound '$A$' with standard base indicates that the molecular weight of ' $A$ ' is $131\,\pm\,2$. When a sample of '$A$' is treated with aq. $NaOH$, a liquid separates which contains $N$ but not $Cl$. Treatment of the obtained liquid with nitrous acid followed by phenol gives orange precipitate. The compound '$A$' is.
→Correct acidic nature is
The number of species below that have two lone pairs of electrons in their central atom is ..... . (Round off to the Nearest integer)
→$SF _{4}, BF _{4}^{-}, CIF _{3}, AsF _{3}, PCl _{5}, BrF _{5}, XeF _{4}, SF _{6}$
The name of $Cl{H_2}C - \mathop {\mathop C\limits_{|\,\,} }\limits_{Br} = \mathop {\mathop C\limits_{|\,\,} }\limits_{Br} - C{H_2}Cl$ according to $IUPAC$ nomenclature system is :
→Which of the following pairs is/are correctly matched?
→| Reaction | Product | |
| $I$ | $RX + AgCN$ | $RNC$ |
| $II$ | $RX + KCN$ | $RCN$ |
| $III$ | $RX + KNO_2$ | (image) |
| $IV$ | $RX + AgNO_2$ | $R-O-N = O$ |
Which of the following forms stable $+4$ oxidation state?
→