Which of the following statements is not incorrect?
$(i)$ tert-butyl chloride is easily hydrolysed to give alcohol.
$(ii)$ Secondary alcohol gives a blue colour in the Victor-Meyer test.
$(iii)$ The $IUPAC$ name of the given structure is $3-$methylpentan$-2-$ol.
$(iv)$ Alcohol releases $CH_4$ gas with a Grignard reagent (not $H_2$ gas).
$(i)$ tert-butyl chloride is easily hydrolysed to give alcohol.
$(ii)$ Secondary alcohol gives a blue colour in the Victor-Meyer test.
$(iii)$ The $IUPAC$ name of the given structure is $3-$methylpentan$-2-$ol.
$(iv)$ Alcohol releases $CH_4$ gas with a Grignard reagent (not $H_2$ gas).
- A$ii, iii, iv$
- B$i, ii, iii, iv$
- C$i, ii, iii$
- D$i, ii$
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Similar Questions
In which one of the following conversions is phosphorus pentachloride $(PCl_5)$ used as a reagent?
Medium
View SolutionMatch the reactions given in Column-$I$ with the names of the products and reactions given in Column-$II$.
Column-$I$ (Reaction) Column-$II$ (Product and Reaction Name) $A$. Phenol $+$ dilute $HNO_3$ $i$. Mononitrophenol,Nitration $B$. Phenol $+$ Bromine water $ii$. $2,4,6$-Tribromophenol,Bromination $C$. Phenol $+$ $Na_2Cr_2O_7/H_2SO_4$ $iii$. Benzoquinone,Oxidation $D$. Sodium phenoxide $+$ $CO_2$ followed by $H^+$ $iv$. Salicylic acid,Kolbe reaction
| Column-$I$ (Reaction) | Column-$II$ (Product and Reaction Name) |
| $A$. Phenol $+$ dilute $HNO_3$ | $i$. Mononitrophenol,Nitration |
| $B$. Phenol $+$ Bromine water | $ii$. $2,4,6$-Tribromophenol,Bromination |
| $C$. Phenol $+$ $Na_2Cr_2O_7/H_2SO_4$ | $iii$. Benzoquinone,Oxidation |
| $D$. Sodium phenoxide $+$ $CO_2$ followed by $H^+$ | $iv$. Salicylic acid,Kolbe reaction |
Medium
View SolutionWhat is the product of the following reaction?
Difficult
View Solution$A$ $\xleftarrow{CH_3OH, CH_3O^{-}}$ ($1$-methyl$-6-$oxabicyclo[$3.1$.$0$]hexane) $\xrightarrow{CH_3OH, H_2SO_4}$ $B$
$A$ $\&$ $B$ are :
$A$ $\&$ $B$ are :
Which of the following reactions will yield $2-propanol$? Select the correct answer from $a, b, c$ and $d$.
$I. \, CH_2 = CH - CH_3 + H_2O \xrightarrow{H^+} $
$II. \, CH_3 - CHO \xrightarrow[(ii) \, H_2O]{(i) \, CH_3MgI} $
$III. \, CH_2O \xrightarrow[(ii) \, H_2O]{(i) \, C_2H_5MgI} $
$IV. \, CH_2 = CH - CH_3 \xrightarrow{KMnO_4} $
$I. \, CH_2 = CH - CH_3 + H_2O \xrightarrow{H^+} $
$II. \, CH_3 - CHO \xrightarrow[(ii) \, H_2O]{(i) \, CH_3MgI} $
$III. \, CH_2O \xrightarrow[(ii) \, H_2O]{(i) \, C_2H_5MgI} $
$IV. \, CH_2 = CH - CH_3 \xrightarrow{KMnO_4} $
Medium
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