Which outcome occurs during aircraft landing when atmospheric icing compromises flap extension?

💡 Explanation

Aircraft icing impedes flap deployment, and therefore *boundary layer separation* cannot be delayed, because a smooth airflow can not be maintained over a larger wing. This results in higher stall speed, rather than improved turbulence or unchanged lift, given identical approach parameters.

• Which operational risk increases substantially when an inductive AC motor operating from a three-phase power system experiences significant incoming voltage imbalances?
• Which consequence results when photoelectric sensors on automated industrial painting robots experience specular reflection?
• Which risk increases when a crankshaft experiences torsional resonance caused by high cylinder pressures?
• Which risk increases when de-icing fluid becomes too dilute before flight?
• Which risk sharply increases within electrical substation transformers when internal fault current exceeds circuit breaker interrupting capacity?
• Which consequence results when a hydraulic actuator, tasked with rapidly adjusting heavy telescope mirrors for optimal observation, experiences air entrainment?