When the rudder is deflected into the airflow, a horizontal force is exerted in which direction relative to the rudder deflection?

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Multiple Choice

When the rudder is deflected into the airflow, a horizontal force is exerted in which direction relative to the rudder deflection?

Explanation:
Deflecting the rudder into the airstream creates a pressure difference across its surface, with higher pressure on the side toward which it is deflected and lower pressure on the opposite side. The resulting aerodynamic force on the rudder acts to oppose the deflection, pushing it back toward neutral. So the horizontal force points opposite to the direction the rudder is deflected (for example, deflect left and the force acts to the right).

Deflecting the rudder into the airstream creates a pressure difference across its surface, with higher pressure on the side toward which it is deflected and lower pressure on the opposite side. The resulting aerodynamic force on the rudder acts to oppose the deflection, pushing it back toward neutral. So the horizontal force points opposite to the direction the rudder is deflected (for example, deflect left and the force acts to the right).

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