The molecular formula of inorganic benzene is `"………….."` and is obtained by heating the adduct of `"………….."` with `"………….."`.

Answer

To solve the question, we need to identify the molecular formula of inorganic benzene and the compounds involved in its formation.

### Step-by-Step Solution:

1. **Identify the Molecular Formula of Inorganic Benzene:**
- The molecular formula of inorganic benzene is known to be \( B_3N_3S_6 \). This compound is also referred to as borazine, which is analogous to benzene but contains boron and nitrogen atoms.

2. **Identify the Compounds Involved:**
- The compound from which borazine is derived is \( B_2S_6 \), which is diborane sulfide. This compound acts as a precursor in the formation of borazine.

3. **Identify the Reactant:**
- The adduct formed with \( B_2S_6 \) is reacted with ammonia (\( NH_3 \)). Ammonia is a key reactant that helps in the formation of borazine from the diborane sulfide.

4. **Final Statement:**
- Therefore, the complete answer to the question is:
- The molecular formula of inorganic benzene is \( B_3N_3S_6 \) and is obtained by heating the adduct of \( B_2S_6 \) with ammonia (\( NH_3 \)).

### Final Answer:
The molecular formula of inorganic benzene is \( B_3N_3S_6 \) and is obtained by heating the adduct of \( B_2S_6 \) with ammonia.

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