STATEMENT-1 : Lyophilic sols can easily be coagulated.
STATEMENT- 2 : Lyophobic sols are stabilised by addition of lyophilic solutions.
STATEMENT- 3 : The colloidal solution of ice in an organic solvent such as `CHCl_(3)` is an example of hydrophobic
sol.

Options

A. T F T
B. F T T
C. T F F
D. F F T

Answer

To analyze the statements provided in the question, we will evaluate each statement one by one and determine their validity based on the principles of colloidal chemistry.

### Step-by-Step Solution:

1. **Statement 1: Lyophilic sols can easily be coagulated.**
- **Analysis:** Lyophilic sols (solvent-loving) have a strong affinity between the dispersed phase and the dispersion medium. This strong interaction creates a protective layer around the dispersed particles, making them stable and resistant to coagulation. Therefore, this statement is **false**.

2. **Statement 2: Lyophobic sols are stabilized by the addition of lyophilic solutions.**
- **Analysis:** Lyophobic sols (solvent-hating) have a weak affinity between the dispersed phase and the dispersion medium, making them unstable. The addition of lyophilic substances can help stabilize lyophobic sols by forming a protective layer around the dispersed particles, preventing them from coming together and coagulating. Thus, this statement is **true**.

3. **Statement 3: The colloidal solution of ice in an organic solvent such as CHCl₃ is an example of a hydrophobic sol.**
- **Analysis:** Ice (solid water) in an organic solvent like CHCl₃ (chloroform) does not dissolve well due to the low affinity between the polar ice and the non-polar organic solvent. This results in a colloidal system where the dispersed phase (ice) is not well integrated into the dispersion medium (CHCl₃), indicating that it is indeed a lyophobic sol, not hydrophobic. Therefore, this statement is also **true**.

### Conclusion:
- Statement 1: False
- Statement 2: True
- Statement 3: True

The correct option is: **False, True, True**.