Private Pilot Terms and DefinitionsDynamic Forces on an Airplane in Flight:
1. Lift
Gyroscopic Precession: Resultant reaction of an object when force is applied.2. Weight 3. Thrust 4. Drag Altitude:
Indicated – Actual instrument reading
Angle of Attack: Angle between flight path and the wing chord.Pressure – Adjusted for non-standard pressure Density – Adjusted for non-standard temperature True – Actual height above object from mean sea level Absolute – Actual height above the earth’s surface Angle of Incidence: Angle between wing chord and longitudinal axis. Pitot-Static Blockages:
A clogged pito tube will affect the accuracy of airspeed indications.
Magnetic Turning Error: The amount of lead or lag will typically approximately equal the latitude the aircraft is located at.A clogged static port will affect the Altimeter, VSI, and Airspeed indicator. If an alternate source is used (usually in the cabin of the aircraft) static pressure will be lower than the outside air and result in increased airspeed and altitude indications. Complex Aircraft: Retractable gear and constant speed propeller. High Performance Aircraft: Aircraft with an engine over 200 horsepower. Left Turning Tendencies of and Airplane:
1. Asymmetric Propeller Loading (P – Factor)
Levels of Learning:2. Gyroscopic Procession 3. Spiraling Slipstream 4. Torque 1. Rote 2. Understanding 3. Application 4. Correlation
1. Law of Readiness
Maslow’s Hierarchy:
2. Law of Exercise 3. Law of Effect 4. Law of Primacy 5. Law of Intensity 6. Law of Recency
Self-Fulfillment
Hazardous Attitudes to Flight:
Ego Social Safety Physical
1. Anti-Authority
Visual Scanning Process: Process of focusing on segments of the sky for
traffic or obstructions to the flight path. This allows the eyes to clearly
focus on potential threats. This should be a systematic process for the pilot
that covers all areas of the sky. This is to include blind spots for the
pilot. This is of increased importance when performing maneuvers that may
bring the plane into the path of another aircraft transitioning an area.
It is also important under normal flight conditions to maintain separation
from other aircraft as well.2. Impulsivity 3. Invulnerability 4. Macho 5. Resignation Weight Shift Computation:
|
||||||||||||
| Dodgen Aircraft • 740 Grand Street • Allegan, MI 49010 • Allegan: (269) 673-4157 • info@dodgenaircraft.com | ||||||||||||