In a case of polyembryony if an embryo develops from the synergid and another from the nucellus, then the synergid embryo is `ul((i))` and nucellar embryo is `ul((ii))`.

Options

A. `{:((i),(ii).),("triploid","haploid"):}`
B. `{:((i),(ii).),("diploid","haploid"):}`
C. `{:((i),(ii).),("haploid","diploid"):}`
D. `{:((i),(ii).),("diploid","triploid"):}`

Answer

To solve the question regarding polyembryony and the types of embryos formed from the synergid and the nucellus, we can follow these steps:

### Step-by-Step Solution:

1. **Understanding Polyembryony**:
- Polyembryony is the phenomenon where more than one embryo develops from a single fertilized ovule. This can occur when embryos develop from cells other than the egg cell.

2. **Identifying the Source of Embryos**:
- In this case, we have two sources of embryos:
- One embryo develops from the synergid.
- Another embryo develops from the nucellus.

3. **Characteristics of Synergid and Nucellus**:
- **Synergid**: The synergids are haploid cells (N) that are part of the female gametophyte. When an embryo develops from a synergid, it will also be haploid.
- **Nucellus**: The nucellus is the tissue that surrounds the ovule and is diploid (2N). An embryo developing from the nucellus will be diploid.

4. **Filling in the Blanks**:
- Based on the information:
- The synergid embryo is **haploid (i)**.
- The nucellar embryo is **diploid (ii)**.

5. **Final Answer**:
- Therefore, the synergid embryo is (i) **haploid** and the nucellar embryo is (ii) **diploid**.

### Summary of the Answer:
- (i) Haploid
- (ii) Diploid