My nucellar cells surrounding the embryo sac and develop into the embryos. Each of my ovule contains many embryos. Who am I?

Options

A. Apple
B. Litchi
C. Lemon
D. Strawberry

Answer

To solve the question, we need to identify the organism that has nucellar cells surrounding the embryo sac that develop into multiple embryos within each ovule. Here’s a step-by-step breakdown of the solution:

### Step 1: Understand the Key Terms
- **Nucellar Cells**: These are the cells that surround the embryo sac in the ovule.
- **Embryo Sac**: This is the female gametophyte that contains the egg cell and is involved in fertilization.
- **Polyembryony**: This is the phenomenon where multiple embryos develop from a single fertilized ovule.

**Hint**: Look for the terms that indicate multiple embryos developing from the same ovule.

### Step 2: Identify the Process
- The process described in the question is known as **polyembryony**, where multiple embryos can develop from a single ovule due to the division of nucellar cells.

**Hint**: Think about plants that are known for having multiple embryos in their seeds.

### Step 3: Recognize Examples
- Common examples of plants that exhibit polyembryony include **mango** and **citrus fruits** (like lemon). In these plants, the nucellar cells can proliferate and form additional embryos.

**Hint**: Recall specific fruits that are known for having multiple seeds or embryos.

### Step 4: Conclusion
- Based on the information provided, the answer to the question is that the organism being referred to is a **citrus fruit**, specifically **lemon**, which is a type of citrus that exhibits polyembryony.

**Hint**: Focus on the specific examples of plants mentioned in the context of polyembryony.

### Final Answer
The answer to the question is **lemon**, which is a citrus fruit that contains many embryos in each ovule due to the development of nucellar cells surrounding the embryo sac.