A dithecous anther consists of `ul((i))` microsporangia, `ul((ii))` in each lobe.

Options

A. `{:((i),(ii).),(four,two):}`
B. `{:((i),(ii).),(two,"one"):}`
C. `{:((i),(ii).),(two,two):}`
D. `{:((i),(ii).),(four,"one"):}`

Explanation

To answer the question regarding a dithecous anther, we need to break down the components of the anther and the microsporangia it contains.

### Step-by-Step Solution:

1. **Understanding the Structure of a Dithecous Anther**:
- A dithecous anther is characterized by having two lobes. Each lobe contains microsporangia, which are the structures responsible for producing microspores (pollen grains).

2. **Identifying the Number of Microsporangia**:
- In a typical dithecous anther, there are a total of **four microsporangia**. This is because each lobe of the anther contains two microsporangia.

3. **Microsporangia in Each Lobe**:
- Since there are two lobes in a dithecous anther, and each lobe contains **two microsporangia**, we can conclude that:
- **(i)** The total number of microsporangia in a dithecous anther is **4**.
- **(ii)** The number of microsporangia in each lobe is **2**.

### Final Answer:
- A dithecous anther consists of **4 microsporangia** in total, with **2 in each lobe**.