The acidic property of phenol can be explaine | vedclass

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(D) Phenol $(C_6H_5OH)$ is a weak acid. It reacts with strong bases like sodium hydroxide $(NaOH)$ to form sodium phenoxide $(C_6H_5ONa)$ and water. I

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Both $(A)$ and $(C)$

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(D) Phenol $(C_6H_5OH)$ is a weak acid. It reacts with strong bases like sodium hydroxide $(NaOH)$ to form sodium phenoxide $(C_6H_5ONa)$ and water. It also reacts with active metals like sodium $(Na)$ to liberate hydrogen gas $(H_2)$. However,phenol is not acidic enough to react with sodium bicarbonate $(NaHCO_3)$ to evolve carbon dioxide $(CO_2)$. Therefore,the acidic nature of phenol is demonstrated by its reaction with both $NaOH$ and $Na$.

The acidic property of phenol can be explained when it is reacted with:

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Which of the following processes does not give benzene as a product?

$Acetophenone$ $\xrightarrow{{HCO_3H}} A$ $\xrightarrow{{H_3O^{+}}} B + C$ $\mathop {\xrightarrow{{Phthalic \, Anhydride}}}\limits_{{H^{+}}} $ Indicator $(D)$
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$2$. $4-$Nitrophenol
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$5$. $3-$Chlorophenol

What amount of bromine will be required to convert $2 \ g$ of phenol into $2, 4, 6-$tribromophenol (in $g$)?

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