flying frog Rhocophorus

Options

A. flies with the help of patagia
B. flied with the help of wings
C. walks very fast
D. jumps long distance.

Answer

### Step-by-Step Solution:

1. **Understanding the Question**: The question asks about the flying frog Rhacophorus and its mode of locomotion. We need to identify how this frog is able to "fly" or glide.

2. **Identifying Key Features**: Rhacophorus is known for its unique adaptation that allows it to glide. It possesses a structure called the patagium, which is a membrane that extends between its limbs.

3. **Function of the Patagium**: The patagium helps the frog to glide through the air. When the frog jumps from a height, it spreads its limbs, and the patagium acts like a parachute or wing, allowing it to control its descent.

4. **Gliding Mechanics**: The frog can glide at an angle of less than 45 degrees relative to the horizontal. This means that it can descend gracefully and cover a significant horizontal distance while falling.

5. **Evaluating Options**:
- **Flies with the help of patagia**: This is partially correct, as it does glide using the patagium.
- **Flies with the help of wings**: This is incorrect; Rhacophorus does not have wings.
- **Walks very fast**: This is not a characteristic feature of Rhacophorus.
- **Jumps long distance**: This is true, as the gliding ability allows it to jump and glide over long distances.

6. **Conclusion**: Based on the analysis, the correct answer is that the Rhacophorus "jumps long distance" due to its gliding ability facilitated by the patagium.

### Final Answer:
The correct option is: **Jumps long distance**.