The value of osmotic potential of an electolyte is always

Options

A. more than non electrolyte
B. less than non electrolyte
C. same as non electrolyte
D. none of the above .

Explanation

To solve the question regarding the osmotic potential of an electrolyte, we can follow these steps:

### Step-by-Step Solution:

1. **Understand Osmotic Potential**:
- Osmotic potential refers to the potential of water molecules to move from a hypotonic solution (which has a higher concentration of water and lower concentration of solute) to a hypertonic solution (which has a lower concentration of water and higher concentration of solute) through a semi-permeable membrane.

**Hint**: Remember that osmotic potential is related to the movement of water due to solute concentration differences.

2. **Define Electrolytes**:
- An electrolyte is a type of solute that dissociates into ions when dissolved in a solvent (like water). This dissociation is crucial because it affects the osmotic potential.

**Hint**: Distinguish between electrolytes (which dissociate into ions) and non-electrolytes (which do not).

3. **Relation of Electrolytes to Osmotic Potential**:
- The osmotic potential of an electrolyte is influenced by the degree of dissociation into ions. The more an electrolyte dissociates, the greater its osmotic potential will be. This is because the presence of more particles (ions) increases the osmotic pressure.

**Hint**: Consider how the number of particles in solution affects osmotic pressure.

4. **Comparison with Non-Electrolytes**:
- Non-electrolytes do not dissociate into ions, and thus have a lower osmotic potential compared to electrolytes. Therefore, the osmotic potential of an electrolyte is always greater than that of a non-electrolyte.

**Hint**: Think about how the presence of ions contributes to osmotic potential compared to substances that do not dissociate.

5. **Conclusion**:
- Based on the understanding that electrolytes have a higher osmotic potential due to their ability to dissociate into ions, we can conclude that the value of osmotic potential of an electrolyte is always **greater than that of a non-electrolyte**.

**Hint**: Look for options that reflect the relationship between electrolytes and non-electrolytes in terms of osmotic potential.

### Final Answer:
The value of osmotic potential of an electrolyte is always **greater than that of a non-electrolyte**.