Future sporophytic generation in a seed is

Options

A. Endosperm
B. Perisperm
C. Embryo
D. Hilum

Answer

To determine the future sporophytic generation in a seed, we need to analyze the components of the seed and their roles. Here’s a step-by-step breakdown of the solution:

### Step-by-Step Solution:

1. **Identify the Components of the Seed**: The main parts of a seed include the endosperm, perisperm, embryo, and hilum.

2. **Understand the Nature of Each Component**:
- **Endosperm**: This is a triploid (3N) tissue that provides nutrition to the developing embryo. It is not involved in forming the sporophyte.
- **Perisperm**: This is a diploid (2N) tissue that also serves a nutritional role for the seed. Like the endosperm, it does not contribute to the sporophyte generation.
- **Embryo**: This is the developing plant itself and is the part of the seed that will grow into the next sporophytic generation. The embryo is diploid (2N).
- **Hilum**: This is the scar on the seed where it was attached to the ovary wall. It does not contribute to the sporophyte generation.

3. **Determine the Future Sporophytic Generation**: Since the embryo is the part of the seed that will develop into a new plant, it is responsible for forming the future sporophytic generation.

4. **Conclusion**: The future sporophytic generation in a seed is the **embryo**.

### Final Answer:
The future sporophytic generation in a seed is the **embryo**.