How does the aileron/rudder interconnect affect rudder movement during roll inputs?

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Multiple Choice

How does the aileron/rudder interconnect affect rudder movement during roll inputs?

Explanation:
When you command a roll, the ailerons create drag differences between wings, which tends to yaw the nose opposite the roll (adverse yaw). The aileron/rudder interconnect automatically links the roll input to the rudder so the rudder deflects in the same direction as the roll. This coordinated rudder movement helps keep the nose aligned with the bank, producing a smoother, more coordinated turn and reducing the amount of rudder you need to apply manually. If the system is functioning, you’ll feel the airplane respond with coordinated roll and yaw as a single, smooth maneuver.

When you command a roll, the ailerons create drag differences between wings, which tends to yaw the nose opposite the roll (adverse yaw). The aileron/rudder interconnect automatically links the roll input to the rudder so the rudder deflects in the same direction as the roll. This coordinated rudder movement helps keep the nose aligned with the bank, producing a smoother, more coordinated turn and reducing the amount of rudder you need to apply manually. If the system is functioning, you’ll feel the airplane respond with coordinated roll and yaw as a single, smooth maneuver.

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