Complete these brønsted lowry reactions

Image for Complete these Bronsted-Lowry reactions. [HPO4^2- + H^+ HPO4^@- + OH^-

Answer

General guidance

Concept and reason
A Bronsted-Lowry acid donates a proton.

The species formed after the donation of proton is the conjugate base.

These two species together form the conjugate acid-base pair.

A Bronsted-Lowry base abstracts a proton.

The species formed after the abstraction of proton is the conjugate acid.

These two species together form the conjugate acid-base pair.

Fundamentals

An acid is a proton donor while a base is a proton acceptor.

An acid loses to proton to form conjugate base.

A base abstracts a proton to form conjugate acid.

Step-by-step

Step 1 of 2

1.

The complete Bronsted-Lowry reaction is as follows:

HPO; +H* >H,PO;

Part 1

Therefore, the complete Bronsted-Lowry reaction is HPO; +H* >H,PO;.

The acts as a proton donor and is the proton acceptor and forms the product of the reaction, .

Step 2 of 2

2.

The complete Bronsted-Lowry reaction is as follows:

HPO? +OH
>PO? +H,0

Part 2

Therefore, the complete Bronsted-Lowry reaction is HPO? +OH
>PO? +H,0.

The acts as a proton donor and is the proton acceptor and forms the product of the reaction, .

Answer

Part 1

Therefore, the complete Bronsted-Lowry reaction is HPO; +H* >H,PO;.

Part 2

Therefore, the complete Bronsted-Lowry reaction is HPO? +OH
>PO? +H,0.

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