What phenomenon can affect instrument approaches in aviation?

What phenomenon can affect instrument approaches in aviation?

• A. Wake turbulence
• B. Aerodynamic drag
• C. Static electricity
• D. Airframe icing

Answer: (A)

Wake turbulence is a significant phenomenon that can adversely affect instrument approaches in aviation. It refers to the disturbance in the air caused by the passage of an aircraft through the atmosphere, particularly the vortices generated at the wingtips. During an instrument approach, especially when operating near the ground and close to another aircraft, a pilot must be vigilant about the potential for encountering wake turbulence. Aircraft wake turbulence can pose a considerable risk, as it can lead to sudden and unexpected changes in altitude and attitude, potentially resulting in loss of control, especially for smaller aircraft that are more susceptible to these disturbances. Given that instrument approaches require precise control and maintain a specific flight profile, the presence of wake turbulence can create challenges for pilots when executing procedures during landing or go-arounds. The other phenomena mentioned, such as aerodynamic drag, static electricity, and airframe icing, while they do have impacts on aircraft performance and safety, are not as directly related to the conduct of instrument approaches as wake turbulence. Aerodynamic drag primarily affects aircraft speed and fuel efficiency, while static electricity can interfere with instrumentation rather than the flight path itself. Airframe icing is indeed a concern for overall aircraft operation, but it is less about the immediate dynamics of an approach than the potential loss of lift or

Wake turbulence is a significant phenomenon that can adversely affect instrument approaches in aviation. It refers to the disturbance in the air caused by the passage of an aircraft through the atmosphere, particularly the vortices generated at the wingtips. During an instrument approach, especially when operating near the ground and close to another aircraft, a pilot must be vigilant about the potential for encountering wake turbulence.

Aircraft wake turbulence can pose a considerable risk, as it can lead to sudden and unexpected changes in altitude and attitude, potentially resulting in loss of control, especially for smaller aircraft that are more susceptible to these disturbances. Given that instrument approaches require precise control and maintain a specific flight profile, the presence of wake turbulence can create challenges for pilots when executing procedures during landing or go-arounds.

The other phenomena mentioned, such as aerodynamic drag, static electricity, and airframe icing, while they do have impacts on aircraft performance and safety, are not as directly related to the conduct of instrument approaches as wake turbulence. Aerodynamic drag primarily affects aircraft speed and fuel efficiency, while static electricity can interfere with instrumentation rather than the flight path itself. Airframe icing is indeed a concern for overall aircraft operation, but it is less about the immediate dynamics of an approach than the potential loss of lift or