# Identify the Lewis acid and Lewis base from among the reactants in each equation. Ag^+(aq) + 2...

## Question:

Identify the Lewis acid and Lewis base from among the reactants in each equation.

{eq}Ag^+(aq) + 2 NH_3(aq) \rightleftharpoons Ag(NH_3)_2)^+ (aq) {/eq}

{eq}Ag^+ {/eq} is the Lewis acid and {eq}NH_3 {/eq}is the Lewis base.

{eq}Ag^+ {/eq} is the Lewis acid and {eq}NH_3 {/eq} is the Lewis acid.

{eq}AIBr_3 + NH_3 \rightharpoondown H_3NAIBr_3 {/eq}

{eq}AIBr_3 {/eq}is the Lewis acid and {eq}NH_3 {/eq} is the Lewis base.

{eq}AIBr_3 {/eq}is the Lewis acid and {eq}NH_3 {/eq} is the Lewis acid.

{eq}Cl^-(aq) + AlCl_3(aq) \rightleftharpoons AlCl_4^-(aq) {/eq}

{eq}Cl^- {/eq} is the Lewis acid and {eq}AlCl_3 {/eq} is the Lewis base.

{eq}Cl^- {/eq} is the Lewis acid and {eq}AlCl_3 {/eq} is the Lewis acid.

## Lewis Acid and Lewis Base

The most diverse definition of acid and base is the Lewis definition which states that a Lewis acid is an electron pair acceptor and a Lewis base is an electron pair donor. This definition would include the acids and bases identified by the Arrhenius and Bronsted-Lowry definitions too.

## Answer and Explanation: 1

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1) {eq}Ag^+ {/eq} is the Lewis acid and {eq}NH_3 {/eq}is the Lewis base

2) {eq}AIBr_3 {/eq} is the Lewis acid and {eq}NH_3 {/eq} is the Lewis...

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