Which risk increases when active rudder control loses effectiveness during an aircraft landing?

💡 Explanation

Runway excursion risk escalates because crosswind correction relies on the active rudder to maintain directional control; therefore loss of this control necessitates greater pilot compensation, rather than other irrelevant aircraft changes because mechanical systems rely on correct angles.

• Which kinematic consequence appears from resolver signal quantization?
• Which outcome arises during deep cuts on a lathe?
• Which outcome occurs when a capillary tube refrigerant metering device encounters subcooling?
• With power transformers protected by differential relays, which consequence arises when inter-turn insulation fails within a winding?
• Which outcome occurs when a distribution transformer's internal fault diverts current and exceeds a molded-case circuit breaker’s Interrupting Capacity?
• Which risk dramatically increases when quadrature encoder pulses are missed in a closed-loop robotic arm?