Which of following true structure of `F_(2)O_(2)`:

Options

A.
B. `F-O-O-F`
C. None
D. Both

Answer

To determine the true structure of \( F_2O_2 \) (dioxide difluoride), we can follow these steps:

### Step 1: Understand the Composition
- \( F_2O_2 \) consists of two fluorine (F) atoms and two oxygen (O) atoms.

### Step 2: Determine Electronegativity
- Fluorine is the most electronegative element, while oxygen is less electronegative than fluorine. This means that in \( F_2O_2 \), the fluorine atoms will attract electrons more strongly than the oxygen atoms.

### Step 3: Analyze Molecular Geometry
- Given that fluorine is more electronegative than oxygen, the molecule cannot have a linear structure. The difference in electronegativity creates a polar bond, leading to a bent or non-linear shape.

### Step 4: Consider Bond Angles
- The bond angle in \( F_2O_2 \) is not 90 degrees but is slightly above that, approximately 90.6 degrees. This further supports the idea of a non-linear structure.

### Step 5: Evaluate the Options
- Examine the provided options:
- **Option A**: Non-linear structure (likely the correct answer).
- **Option B**: Linear structure (not correct).
- **Option C**: None (not applicable since we have a correct option).

### Conclusion
- The true structure of \( F_2O_2 \) is non-linear, making **Option A** the correct answer.

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