The correct statements regarding the acids are
A) $N H_{3}$ can act as both bronsted base as well as Lewis base
B) Dry hydrogen chloride is not Arrhenius acid

C) According to Davy, acid must contain oxygen as necessary element

A and B

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A and C

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B and C

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A, B and C

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Solution

The correct option is A
A and B

As $N H_{3}$ has lone pair of electron, it can donate lone pair and can accept a proton, Arrhenius theory is limited to aqueous solutions only

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Similar questions

The correct statements regarding the acids are
A) $N H_{3}$ can act as both bronsted base as well as Lewis base
B) Dry hydrogen chloride is not Arrhenius acid

C) According to Davy, acid must contain oxygen as necessary element

Q. According to Bronsted - Lowry's Acids and Bases concept, select the species which can act as an acid as well as a base ?

Q. Species that increases the concentration of

H^{+} a n d O H^{-} i o n s

in aqueous solution are called :

Q. Acidity of

B F_{3}

can be explained on the basis of:

Q. Assertion :

H_{2} P O_{4}^{-}

can act as a Bronsted base as well as Bronsted acid. Reason: Ion of polybasic acid which contains at least one H atom can act as Bronsted acid as well as Bronsted base.

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The correct statements regarding the acids are A) NH3 can act as both bronsted base as well as Lewis base B) Dry hydrogen chloride is not Arrhenius acid C) According to Davy, acid must contain oxygen as necessary element

The correct option is A A and B As NH3 has lone pair of electron, it can donate lone pair and can accept a proton, Arrhenius theory is limited to aqueous solutions only

The correct statements regarding the acids are
A) $N H_{3}$ can act as both bronsted base as well as Lewis base
B) Dry hydrogen chloride is not Arrhenius acid

C) According to Davy, acid must contain oxygen as necessary element

The correct option is A
A and B

As $N H_{3}$ has lone pair of electron, it can donate lone pair and can accept a proton, Arrhenius theory is limited to aqueous solutions only