Mark the odd option w.r.t. three generations in gymnospermic seed.

Options

A. Parental sporophyte
B. Male sporophyte
C. Female sporophyte
D. Future sporophyte

Answer

To solve the question of identifying the odd option with respect to the three generations in gymnospermic seeds, we can follow these steps:

### Step-by-Step Solution:

1. **Understand the Generations in Gymnosperms**:
- Gymnosperms have three generations: the sporophyte generation, the gametophyte generation, and the embryo.
- The sporophyte generation is the dominant phase and is diploid.

2. **Identify the Generations**:
- **First Generation (Sporophyte)**: This is the parent plant from which the seeds are derived. It includes the seed coat and is known as the female sporophyte.
- **Second Generation (Gametophyte)**: This includes the male and female gametophytes that develop from the spores produced by the sporophyte.
- **Third Generation (Embryo)**: This is the result of fertilization and represents the next generation of the plant.

3. **Analyze the Options**:
- The options likely include terms related to these generations. We need to determine which one does not fit the context of the three generations.
- The options may include terms like "female sporophyte," "parental sporophyte," "male sporophyte," and "embryo."

4. **Identify the Odd One Out**:
- The male sporophyte does not play a significant role in the context of the three generations as it primarily produces male spores, which are haploid gametophytes.
- The other options (female sporophyte, parental sporophyte, and embryo) are directly involved in the formation of the seed and the development of the next generation.

5. **Conclusion**:
- The odd option with respect to the three generations in gymnospermic seeds is the "male sporophyte," as it does not contribute to the seed formation in the same way as the other options.

### Final Answer:
The odd option is **male sporophyte**.