If the above compound is mixed with base $N a^{+} O H^{-}$ , then the correct rate of proton abstraction by $O H^{-}$ ion is:

c > d > b > a

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c > b > d > a

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d > c > b > a

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b > a > c > d

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Solution

The correct option is A c > d > b > a

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Similar questions

P h - C H O O H^{-} - -- \to P h - C H_{2} - O H + P h C O O^{-}

When acids and bases are mixed in water why is there a decrease in the H30+ or OH- ions

\begin{matrix} C H_{2} & - & C H & - & C H & - & C H & - & C H_{2} | & | & | & | & | O H & O H & O H & O H & O H \end{matrix}

"Mixing an acid or base with water results in decrease in the concentration of ions(H3O/OH-) per unit volume"

Acid when mixed with water gives out H+ ions which because they cannot exist alone form H3O ions. Then how does the concentration 'decrease' ?

C H_{3} - C H_{3} | C | O H - C H_{2} - C H_{3}

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