Body of the ovule is stright but at right angles to the funicle. It is

Options

A. Orthotropous
B. Campylotropous
C. Hemitropous
D. Amphitropous.

Answer

To solve the question regarding the orientation of the ovule in relation to the funicle, we need to analyze the characteristics of the different types of ovules provided in the options.

### Step-by-Step Solution:

1. **Understanding the Ovule Structure**:
- The ovule consists of several parts: the micropyle, chalaza, and funicle. The arrangement of these parts helps classify the type of ovule.

2. **Analyzing the Options**:
- **Orthotropous**: This is the simplest type of ovule where the micropyle, chalaza, and funicle are in a straight line. This does not match our description since the body is straight but at right angles to the funicle.
- **Campylotropous**: In this type, the funiculus is elongated, and the ovule is curved. This does not fit the description either.
- **Hemitropous**: Here, the body of the ovule is turned 90 degrees, making the micropyle and chalaza lie in a straight line, while the funicle is at a right angle. This matches the description given in the question.
- **Amphitropous**: In this type, the body of the ovule is curved and takes a horseshoe shape, which again does not fit the description provided.

3. **Conclusion**:
- Based on the analysis, the correct answer is **Hemitropous** (Option C), as it describes an ovule where the body is straight but oriented at a right angle to the funicle.

### Final Answer:
The body of the ovule is straight but at right angles to the funicle; it is **Hemitropous**.