The unpaired process of a typical vertebra of man is

Options

A. Spinous process
B. Superior articular process
C. Transverse process
D. Inferior articular process

Answer

To solve the question regarding the unpaired process of a typical vertebra in humans, we can follow these steps:

### Step-by-Step Solution:

1. **Understand the Question**: The question asks for the unpaired process of a typical vertebra in humans. We need to identify which of the given options is unpaired.

2. **List the Options**: The options provided are:
- A) Spinous process
- B) Superior articular process
- C) Transverse process
- D) Inferior articular process

3. **Analyze Each Option**:
- **Spinous Process**: This is the protruding part of the vertebra that can be felt along the spine. It is a single structure, meaning it is unpaired.
- **Superior Articular Process**: These are paired structures, with one on each side of the vertebra.
- **Transverse Process**: These are also paired structures, with one on each side of the vertebra.
- **Inferior Articular Process**: Like the superior articular processes, these are also paired, with one on each side.

4. **Identify the Unpaired Process**: From the analysis, the only structure that is unpaired is the **Spinous Process**. All other processes (superior articular, transverse, and inferior articular) are paired.

5. **Conclusion**: Therefore, the answer to the question is the **Spinous Process**.

### Final Answer:
The unpaired process of a typical vertebra of man is the **Spinous Process**.

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