At infinite dilution of an electrolyte, the equivalent conductance of cations at anions are `…………………` of each other.

Explanation

To solve the question regarding the equivalent conductance of cations and anions at infinite dilution, we can follow these steps:

### Step-by-Step Solution:

1. **Understanding Infinite Dilution**:
- Infinite dilution refers to a state where the concentration of the electrolyte is so low that the ions behave independently of each other. This means that the interactions between the ions are negligible.

2. **Equivalent Conductance**:
- Equivalent conductance (Λ) is defined as the conductance of an electrolyte solution divided by its concentration. At infinite dilution, each ion (cation and anion) contributes to the total conductance independently.

3. **Application of Raoult's Law**:
- According to Raoult's Law and the principles of electrochemistry, at infinite dilution, the total equivalent conductance of an electrolyte can be expressed as the sum of the equivalent conductances of its cations and anions:
\[ \Lambda_{electrolyte} = \Lambda_{cation} + \Lambda_{anion} \]

4. **Independence of Conductances**:
- At infinite dilution, the equivalent conductance of cations and anions does not affect each other. This means that the conductance due to cations is independent of the conductance due to anions.

5. **Filling in the Blank**:
- Therefore, the equivalent conductance of cations and anions at infinite dilution are **independent** of each other.

### Final Answer:
At infinite dilution of an electrolyte, the equivalent conductance of cations and anions are **independent** of each other.

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