### Analysis of Flap Effects on Lift/Drag Ratio

1. **Understanding Lift and Drag**: Flaps are aerodynamic surfaces on the wings of an aircraft that can be extended to increase lift during takeoff and landing. However, extending flaps also increases drag.

2. **Effect on Lift/Drag Ratio**: The Lift-to-Drag (L/D) ratio is a critical measure of an aircraft's efficiency. When flaps are extended:
- **Lift Increases**: The primary role of flaps is to enhance lift, allowing the aircraft to generate more lift at lower speeds.
- **Drag Increases**: The same extension causes increased drag, which counteracts some of the benefits of increased lift.

3. **Conclusion**: Although extending flaps increases lift, it also increases drag. The net effect is that the Lift/Drag ratio decreases because you are getting more lift but at the cost of significantly increased drag.

### Final Answer
c. Reduced

Question

### Analysis of Flap Effects on Lift/Drag Ratio

1. **Understanding Lift and Drag**: Flaps are aerodynamic surfaces on the wings of an aircraft that can be extended to increase lift during takeoff and landing. However, extending flaps also increases drag.

2. **Effect on Lift/Drag Ratio**: The Lift-to-Drag (L/D) ratio is a critical measure of an aircraft's efficiency. When flaps are extended:
   - **Lift Increases**: The primary role of flaps is to enhance lift, allowing the aircraft to generate more lift at lower speeds.
   - **Drag Increases**: The same extension causes increased drag, which counteracts some of the benefits of increased lift.

3. **Conclusion**: Although extending flaps increases lift, it also increases drag. The net effect is that the Lift/Drag ratio decreases because you are getting more lift but at the cost of significantly increased drag.

### Final Answer
c. Reduced

Knowee AI · Accepted Answer

### Analysis of Flap Effects on Lift/Drag Ratio

1. **Understanding Lift and Drag**: Flaps are aerodynamic surfaces on the wings of an aircraft that can be extended to increase lift during takeoff and landing. However, extending flaps also increases drag.

2. **Effect on Lift/Drag Ratio**: The Lift-to-Drag (L/D) ratio is a critical measure of an aircraft's efficiency. When flaps are extended:
   - **Lift Increases**: The primary role of flaps is to enhance lift, allowing the aircraft to generate more lift at lower speeds.
   - **Drag Increases**: The same extension causes increased drag, which counteracts some of the benefits of increased lift.

3. **Conclusion**: Although extending flaps increases lift, it also increases drag. The net effect is that the Lift/Drag ratio decreases because you are getting more lift but at the cost of significantly increased drag.

### Final Answer
c. Reduced

At any time flap is lowered, the Lift/Drag ratio will beQuestion 35Select one:a.Increasedb.Remain the samec.Reducedd.Flap extension has no effect on L/D max

Question

At any time flap is lowered, the Lift/Drag ratio will be

Solution

Analysis of Flap Effects on Lift/Drag Ratio

Final Answer

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