In a typical angiospermic ovule

Options

A. Body is curved like horse shoe
B. The body rotates by `180^(@)`
C. Both body and embryo sac are curved
D. Funicle is long and coiled around body

Answer

### Step-by-Step Solution:

1. **Understanding Angiospermic Ovule**:
- Angiosperms are flowering plants, and their ovules are crucial for reproduction. The ovule is the structure that develops into a seed after fertilization.

2. **Structure of the Ovule**:
- A typical angiospermic ovule consists of several key components:
- **Integument**: The outer protective layer.
- **Micropyle**: The opening at one end of the ovule.
- **Chalaza**: The opposite end of the micropyle.
- **Funiculus**: The stalk that attaches the ovule to the ovary wall.

3. **Embryo Sac Composition**:
- Inside the ovule, there is an embryo sac which contains:
- **Antipodal Cells**: Typically three cells located at the chalazal end.
- **Polar Nuclei**: Two nuclei located in the center of the embryo sac.
- **Synergids**: Two cells located near the micropyle, assisting in fertilization.
- **Egg Cell**: One cell located adjacent to the synergids.

4. **Shape and Orientation**:
- The ovule is often described as being 180 degrees turned, meaning that its body is oriented in a specific way that is not horseshoe-shaped. The body of the ovule is curved but not in a horseshoe shape.

5. **Evaluating Options**:
- **Option 1**: "Body is curved like Horseshoe" - This is incorrect.
- **Option 2**: "Body rotated by 180 degrees" - This is correct.
- **Option 3**: "Both body and embryo sac are curved" - This is incorrect; only the body is curved.
- **Option 4**: "Funicle is long and coils around the body" - This is incorrect; the funicle does not coil 360 degrees around the ovule.

6. **Conclusion**:
- The correct answer is that the body of the ovule is rotated by 180 degrees, making option B the right choice.