Question

which is bronsted lowry acid as well as arrhenius acid
a) h2
b) HCO3-
c) NH3
d) NH2​​

Answer 1

Answer:

bronsted lowry acid as well as arrhenius acid- option C) NH3

Answer 2

Answer:

H₂ is Bronsted Lowry acid as well as Arrhenius acid.

Explanation:

Concept:

• An acid, according to Bronsted's definition, is a material capable of donating a proton (H+ ion).
• In both definitions, an acid must be a source of protons. As a result, every Arrhenius acid is also a Bronsted acid.

Theory:

• Water, according to this theory, can act as both an acid and a base because it can accept a proton to form H3O+ or donate a proton to form OH–.
• A compound is said to be amphoteric if it can act as both a Bronsted-Lowry acid and a base. The Arrhenius theory is supplemented by the Bronsted-Lowry theory.

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