Outline the standard stall recovery technique.

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Multiple Choice

Outline the standard stall recovery technique.

The key idea in recovering from a stall is to restore lift by getting the wing airflow flowing smoothly again. The first and most important action is to reduce the angle of attack by pushing the nose down. This lowers the airfoil’s angle relative to the oncoming air, allowing the airflow to reattach and lift to return. After the nose is brought down and airspeed starts to increase, you roll the wings toward level to remove the bank that can keep you in a slipping or turning stall and to regain coordinated, straight-and-level control. With the airspeed increasing and the wings level, you then add power as needed to maintain a safe climb or level flight and to prevent another stall. Shallowing the bank without changing pitch won’t reliably restore lift because the stall is caused by a high angle of attack. Merely leveling the wings leaves the nose high and the angle of attack still excessive, so the wing may remain stalled. The correct sequence centers on reducing the angle of attack first, then achieving wings-level, coordinated flight and appropriate power.

The key idea in recovering from a stall is to restore lift by getting the wing airflow flowing smoothly again. The first and most important action is to reduce the angle of attack by pushing the nose down. This lowers the airfoil’s angle relative to the oncoming air, allowing the airflow to reattach and lift to return.

After the nose is brought down and airspeed starts to increase, you roll the wings toward level to remove the bank that can keep you in a slipping or turning stall and to regain coordinated, straight-and-level control. With the airspeed increasing and the wings level, you then add power as needed to maintain a safe climb or level flight and to prevent another stall.

Shallowing the bank without changing pitch won’t reliably restore lift because the stall is caused by a high angle of attack. Merely leveling the wings leaves the nose high and the angle of attack still excessive, so the wing may remain stalled. The correct sequence centers on reducing the angle of attack first, then achieving wings-level, coordinated flight and appropriate power.

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