Advertisements
Advertisements
Question
Identify the conjugate acid-base pair for the following reaction in an aqueous solution.
\[\ce{NH^+_4 + CO^{2-}_3 ⇌ NH3 + HCO^-_3}\]
Advertisements
Solution
| Acid (Acid1) |
Conjugate base (Base1) |
Base (Base2) |
Conjugate acid (Acid2) |
|
| Forward reaction | \[\ce{NH^+_4}\] | \[\ce{NH3}\] | \[\ce{CO^{2-}_3}\] | \[\ce{HCO^-_3}\] |
| Backward reaction | \[\ce{HCO^-_3}\] | \[\ce{CO^{2-}_3}\] | \[\ce{NH3}\] | \[\ce{NH^+_4}\] |
APPEARS IN
RELATED QUESTIONS
Label the conjugate acid-base pair in the following reaction:
\[\ce{HCl + H2O ⇌ H3O\overset{\oplus} + Cl\overset{\ominus}{}}\]
Answer the following in brief :
Write a reaction in which water acts as a base.
The conjugate acid of \[\ce{HSO^-_4}\] is ____________.
Which of the following fluro compounds is most likely to behave as a Lewis base?
Which of these is not likely to act as Lewis base?
Identify the conjugate acid-base pair for the following reaction in an aqueous solution.
\[\ce{HPO^{2-}_4 + SO^{2-}_3 ⇌ PO^{3-}_4 + HSO^-_3}\]
Account for the acidic nature of HClO4 in terms of Bronsted – Lowry theory, identify its conjugate base.
Name one amphoteric solvent.
Which of the following species is amphoteric in nature?
Vinegar contains ______ acid.
