Select the incorrect statement.

Options

A. Silicones are hydrophobic in nature.
B. `Si-O-Si` linkages are moisture sensitive.
C. `SnI_(4)` is an orange solid on account of charger transfer.
D. Silicones are resistant to most chemicals due to high strength of the `Si-C` bond stable silica like structure of `Si-O-Si-O-Si`.

Explanation

To solve the question, "Select the incorrect statement," we will analyze each option provided and determine which one is incorrect based on our knowledge of silicon and its compounds.

**Step 1: Analyze Option 1**
- **Statement**: Silicons are hydrophobic in nature.
- **Explanation**: Silicons, particularly in the form of siloxanes (polymers with silicon-oxygen bonds), are indeed hydrophobic. This means they do not interact well with water due to their non-polar characteristics. Therefore, this statement is **correct**.

**Step 2: Analyze Option 2**
- **Statement**: Silicon-oxygen-silicon linkages are moisture sensitive.
- **Explanation**: Silicon-oxygen bonds are covalent and generally stable in the presence of moisture. They do not easily react with water, making them moisture insensitive. Hence, this statement is **incorrect**.

**Step 3: Analyze Option 3**
- **Statement**: Tin iodide is an orange solid on account of a charge transfer.
- **Explanation**: Tin iodide (SnI2) exhibits charge transfer characteristics, where electrons are transferred from tin to iodine, leading to color changes due to light absorption and re-emission. This statement is **correct**.

**Step 4: Analyze Option 4**
- **Statement**: Silicons are resistant to most of the chemicals due to high strength of silicon-carbon bond.
- **Explanation**: Silicon-carbon bonds are indeed strong, and silicon compounds are generally resistant to many chemicals. This statement is also **correct**.

**Conclusion:**
Based on the analysis, the incorrect statement is **Option 2**: "Silicon-oxygen-silicon linkages are moisture sensitive."