Consider the following transformations CH3COOH xrightarrow CaCo3A xrightarrow textHeat B xrightarrow [NaOH]I2 C The molecular formula of C is

Question

Consider the following transformations CH3COOH xrightarrow CaCo3A xrightarrow textHeat B xrightarrow [NaOH]I2 C The molecular formula of C is (A)  (B) ICH2-COCH3 (C) CHI3 (D) CH3I

Tardigrade Admin · Accepted Answer

<img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/0c711ef580517733edcf2cf3216018cf-.png" /> Due to haloform reaction, i.e. indicate the presence of a wethyl ketone product iodoform is yellow and has a characteristics odour. presence of (- underset overset||OC- CH3) group. It gives Haloform reaction.

Q. Consider the following transformations
$C H_{3} COO H C a C o_{3} A Heat B I_{2} N a O H C$
The molecular formula of $C$ is

$I C H_{2} - COC H_{3}$

$C H I_{3}$

$C H_{3} I$

Due to haloform reaction, i.e. indicate the presence of a wethyl ketone product iodoform is yellow and has a characteristics odour. presence of $(- O ∣∣ C - C H_{3})$ group.
It gives Haloform reaction.

Q. Consider the following transformations CH3​COOHCaCo3​​AHeat​BI2​NaOH​C The molecular formula of C is

ICH2​−COCH3​

CHI3​

CH3​I

Due to haloform reaction, i.e. indicate the presence of a wethyl ketone product iodoform is yellow and has a characteristics odour. presence of (−O∣∣C​−CH3​) group. It gives Haloform reaction.

Q. Consider the following transformations
$C H_{3} COO H C a C o_{3} A Heat B I_{2} N a O H C$
The molecular formula of $C$ is

$I C H_{2} - COC H_{3}$

$C H I_{3}$

$C H_{3} I$

Due to haloform reaction, i.e. indicate the presence of a wethyl ketone product iodoform is yellow and has a characteristics odour. presence of $(- O ∣∣ C - C H_{3})$ group.
It gives Haloform reaction.