Pea flower is

Options

A. Zygomorphic with diadelphous stgamens
B. Zygomorphic with monadelphous stamens
C. Actinomorphic with polyadelphous stamens
D. Irregular with polyandrous condition

Answer

### Step-by-Step Solution:

1. **Understanding Flower Symmetry**:
- The pea flower exhibits a specific type of symmetry. It is important to determine whether the flower is zygomorphic (bilateral symmetry) or actinomorphic (radial symmetry).
- In the case of the pea flower, it has only one plane of symmetry, which indicates that it is zygomorphic.

2. **Identifying the Type of Symmetry**:
- Since the pea flower has bilateral symmetry, it is classified as zygomorphic. This means that it can be divided into two mirror-image halves along one plane.

3. **Analyzing the Stamens**:
- The next aspect to consider is the arrangement of the stamens in the pea flower. The stamens are the male reproductive parts of the flower.
- In the pea flower, the filaments of the stamens unite to form two groups. This arrangement is referred to as diadelphus.

4. **Eliminating Incorrect Options**:
- The question presents multiple options regarding the symmetry and arrangement of stamens.
- Since the pea flower is zygomorphic, options that describe it as actinomorphic (which would imply radial symmetry) are incorrect.
- Additionally, options that describe the stamens as monoadelphus (one group) or polyadelphus (many groups) are also incorrect, as the pea flower has two groups of stamens.

5. **Concluding the Correct Answer**:
- Therefore, the correct description of the pea flower is that it is zygomorphic with diadelphus stamens.

### Final Answer:
The pea flower is zygomorphic with diadelphus stamens.

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