The antherozoids of Funaria are

Options

A. Multiciliated
B. Monociliated
C. Aciliated
D. Biciliated

Answer

To determine the nature of the antherozoids of Funaria, let's break down the information step by step:

### Step 1: Identify Funaria
- Funaria is a type of moss that belongs to the division Bryophyta. Bryophytes are non-vascular plants that reproduce via spores and have a life cycle that includes a dominant gametophyte stage.

**Hint:** Remember that Funaria is a moss and is classified under Bryophyta.

### Step 2: Understand Antherozoids
- Antherozoids are the male gametes produced in bryophytes. They are formed from specialized cells known as antherozoid mother cells or enterozoid mother cells.

**Hint:** Antherozoids are male gametes, so focus on their formation and characteristics.

### Step 3: Formation of Antherozoids
- The antherozoid mother cells undergo metamorphosis to produce a single structure that is biflagellated. This means that each antherozoid has two flagella, which are tail-like structures that aid in movement.

**Hint:** Biflagellated means there are two flagella; this is crucial for identifying the type of antherozoids.

### Step 4: Structure of Antherozoids
- The antherozoids of Funaria are described as spirally coiled and biflagellated. The presence of two flagella indicates that they are motile and can swim towards the female gametes.

**Hint:** The spiral structure and biflagellated nature are key features of Funaria's antherozoids.

### Step 5: Evaluate the Options
- The options provided are multicellulated, monocelliated, acellulated, or myceliated.
- Multicellulated would imply multiple cells, which is not the case here.
- Monocelliated suggests one flagellum, which contradicts the biflagellated nature.
- Acellulated means no cells, which is also incorrect.
- Myceliated refers to fungal structures, which is irrelevant in this context.

**Hint:** Analyze each option carefully to see which aligns with the characteristics of Funaria's antherozoids.

### Conclusion
- The correct answer is that the antherozoids of Funaria are biflagellated, which aligns with the description provided in the video. Therefore, the answer is **monocelliated** (considering the context of flagella being referred to as cilia).

**Final Answer:** The antherozoids of Funaria are **monocelliated**.