H 3 BO 3 isA- Monobasic - weak lewis acidB- Monobasic - weak Brosted acidC- Monobasic - strong lewis acidD- Tribasic acid - weak bronsted acid

The correct option is A Monobasic weak lewis acidB(OH)_3 can accept one hydroxyl ion from water amp; proton is released. Thus it acts as lewis acid. B(OH)_ ...

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Standard XII

Chemistry

Reaction with Metals

H 3 BO 3 isA....

Question

$H_{3} B O_{3}$ is

Monobasic

weak lewis acid

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Monobasic

weak Brosted acid

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Monobasic

strong lewis acid

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Tribasic acid

weak bronsted acid

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Solution

The correct option is A Monobasic weak lewis acid
$B (O H)_{3}$ can accept one hydroxyl ion from water & proton is released. Thus it acts as lewis acid.

$B (O H)_{3}$ + $H_{2} O$ $\to$ ${[B (O H)_{4}]}^{-}$ + $H^{+}$

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Similar questions

$H_{3} B O_{3}$ is

H_{3} B O_{3}

is:

Which of the following is true about $H_{3} B O_{3}$ ?

H_{3} B O_{3}

is:
(correct answer +2, wrong answer -0.5)

Q. Assertion :In water, orthoboric acid behaves as a weak monobasic lewis acid. Reason: In water, orthoboric acid acts as a proton donor.

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H3BO3 is

The correct option is A Monobasic weak lewis acidB(OH)3 can accept one hydroxyl ion from water & proton is released. Thus it acts as lewis acid. B(OH)3 + H2O → [B(OH)4]− + H+

$H_{3} B O_{3}$ is

The correct option is A Monobasic weak lewis acid
$B (O H)_{3}$ can accept one hydroxyl ion from water & proton is released. Thus it acts as lewis acid.

$B (O H)_{3}$ + $H_{2} O$ $\to$ ${[B (O H)_{4}]}^{-}$ + $H^{+}$