At `35^(@)C`, the vapour pressure of is and that of acetone is . A solution of `CS_(2)` in acetone has a total vapour pressure of . The false statement amongst the following is:

Options

A. Raoult’s law is not obeyed by this system
B. `CS_(2)` and acetone are less attracted to each other than to themselves
C. Heat must be absorbed in order to produce the solution at `35^(@)C`
D. A mixture of `100 mL CS_(2)` and 100 mL acetone has a volume ` lt 200 mL`

Explanation

To solve the given problem, we need to analyze the information provided about the vapor pressures of carbon disulfide (CS₂) and acetone, and how they interact in a solution. We will also identify the false statement among the options provided.

### Step-by-Step Solution:

1. **Identify Given Data:**
- Vapor pressure of CS₂ (P₀_CS₂) = 512 mm Hg
- Vapor pressure of acetone (P₀_acetone) = 344 mm Hg
- Total vapor pressure of the solution (P_total) = 600 mm Hg
...