Advertisements
Advertisements
Questions
Distinguish between strong electrolyte and weak electrolyte.
How will you distinguish a strong electrolyte from a weak electrolyte?
Advertisements
Solution
| Strong electrolyte | Weak electrolyte | |
| 1. | The electrolytes ionising completely or almost completely are strong electrolytes. | The electrolytes which dissociate to a smaller extent in aqueous solution are weak electrolytes |
| 2. | In strong electrolytes, there is no equilibrium between the ions and the nonionised molecules. | In weak electrolytes, an equilibrium exists between the ions and the nonionised molecules. |
| 3. | A reaction arrow (→) between the ions and nonionized molecules of the strong electrolyte is used to represent the ionization reaction. | A double arrow (⇌) between the ions and nonionised molecules of the weak electrolyte is used to represent the ionisation reaction. |
| 4. | E.g., strong acids, strong bases and salts. | E.g., weak acids and weak bases. |
APPEARS IN
RELATED QUESTIONS
Define the degree of dissociation.
Answer the following :
Derive the relationship between the degree of dissociation and dissociation constant in weak electrolytes.
Acetic acid is 1.1% dissociated in its 0.1 M solution. What is the equilibrium concentration of H+ ions in the solution?
Select the INCORRECT option.
The dissociation constant (Ka) and percent of degree of dissociation (α) of a weak monobasic acid solution of 0.1 M with a pH = 4, are ____________ respectively.
The degree of ionization of 0.10 M solution of a weak monobasic acid is 4%. Find the value of Ka.
A weak monobasic acid is 10% dissociated in 0.05 M solution. What is the percent dissociation in 0.15 M solution?
The degree of dissociation of acetic acid in its 0.1 M solution is 0.0132 at 25°C. Calculate the degree of dissociation in its 0.01 M solution.
Define degree of dissociation.
Define degree of dissociation.
Derive Ostwald's dilution law for the CH3COOH.
Define degree of dissociation.
Derive Ostwald's dilution law for the \[\ce{CH3COOH}\].
Derive Ostwald's dilution law for the \[\ce{CH3 COOH}\].
Define degree of dissociation.
Define degree of dissociation.
Define degree of dissociation.
