Answer:
HNO₂ is Bronsted- Lowery conjugate acid.
NH₃ is Bronsted- Lowery conjugate base.
NH₄⁺(aq) is Bronsted- Lowery acid.
NO₂⁻²is Bronsted- Lowery base.
Explanation:
Bronsted- Lowery acid:
Bronsted- lowery acid is the specie which have capability to donate the proton.
Bronsted- Lowery conjugate base:
The Bronsted- Lowery conjugate base of Bronsted- Lowery acid is the specie which is formed after when an acid donate the proton.
Bronsted- Lowery base:
Bronsted- lowery base is the specie which have capability to accept the proton.
Bronsted- Lowery conjugate acid:
The Bronsted- Lowery conjugate acid of Bronsted- Lowery base is the specie which is formed after when an base accept the proton.
Chemical equation:
NH₄⁺(aq) + NO₂⁻²(aq) → HNO₂(aq) + NH₃(aq)
NH₄⁺(aq) have an extra proton and can donate it so it is Bronsted- Lowery acid.
NO₂⁻² have negative charge and can accept the proton so it is Bronsted- Lowery base.
HNO₂ is Bronsted- Lowery conjugate acid.
NH₃ is Bronsted- Lowery conjugate base.
