Depressing the left rudder pedal would move the tail of the aircraft in what direction?

Depressing the left rudder pedal would move the tail of the aircraft in what direction?

• A. To the left
• B. To the right
• C. Upward
• D. Downward

Answer: (B)

When the left rudder pedal is depressed, it causes the aircraft's tail to move to the right. This action is due to the design and function of the rudder, which is a vertical control surface located on the tail of the aircraft. By pushing the left rudder pedal, you are effectively pushing the back of the aircraft to the right, creating a yawing motion in that direction. This movement is a fundamental aspect of aircraft control and helps manage the aircraft's directional stability during flight. When the rudder is deflected to the left by pressing the left pedal, the right side of the tail moves forward, pushing the tail to the right, thereby aligning the aircraft's nose to the left. This understanding of rudder operation is crucial for pilots as it impacts their ability to maneuver the aircraft effectively.

When the left rudder pedal is depressed, it causes the aircraft's tail to move to the right. This action is due to the design and function of the rudder, which is a vertical control surface located on the tail of the aircraft. By pushing the left rudder pedal, you are effectively pushing the back of the aircraft to the right, creating a yawing motion in that direction.

This movement is a fundamental aspect of aircraft control and helps manage the aircraft's directional stability during flight. When the rudder is deflected to the left by pressing the left pedal, the right side of the tail moves forward, pushing the tail to the right, thereby aligning the aircraft's nose to the left. This understanding of rudder operation is crucial for pilots as it impacts their ability to maneuver the aircraft effectively.