Which risk significantly increases during aircraft landing due to inadequate slat deployment?

💡 Explanation

Inadequate slat deployment increases the risk of stalling speed and mushing because it reduces wing camber and therefore decreases lift (angle of attack). Reducing lift can cause a stall rather than smooth airflow, especially at slow landing speeds.

• Which outcome occurs when contaminants restrict a hydraulic actuator's exhaust?
• Which risk increases when a hydraulic actuator's quick exhaust valve fails closed during rapid cycling?
• For a high-voltage three-phase power distribution system, which outcome occurs when a transformer's Y-connected grounding impedance is too high due to corrosion?
• During rapid activation of construction equipment’s hydraulic boom, which mechanism causes pressure fluctuations in the supply line?
• Which outcome causes increased skin temperature during high-speed flight?
• Which mechanism causes erratic aircraft flight when encountering a microburst induced wind shear?