Eo M23105 Describe Aircraft Control Surfaces Tp 5 By Fsgt Li Largely Inspired By Cpo2 Anderson Jeopardy Template

The Empennage	How Stabilizers Reduce Unwanted Axial Movement	How the Rudder Produces Yaw	How the Elevator Controls Pitch	Recap: Eo M231.01 & Eo M231.03
100 An aircraft’s empennage is very often called the... Tail section	100 The control surfaces are held straight by... The passing wind.	100 Where is the rudder located? At the back of the empennage.	100 Where is the elevator control surface located? The elevator control surface is located on the trailing edge of the horizontal stabilizer.	100 What are the four forces of flight? Lift, Weight, Thrust, Drag.
200 The vertical stabilizer on the empennage. The fin	200 Air moving past the flat surfaces of the stabilizers tends to ____ a change of direction. Resist	200 What is the rudder used for? To produce controlled yaw by rotating the aircraft about its vertical (yaw) axis.	200 There is normally a ___ and a ____ section in the elevator. Left and Right	200 What are the two propelling forces of flight? Lift and Thrust.
300 The horizontal stabilizer on the empennage. The tailplane	300 What axial movement does the vertical stabilizer or fin reduce? The vertical stabilizer reduces unwanted roll and unwanted yaw.	300 The rudder is located at the very back of the aircraft, hinged to the ______ of the fin. Trailing Edge	300 Raising the elevator into the moving air above the tailplane will push the empennage... Down.	300 What are the two burdening forces of flight? Weight and Drag.
400 Which two moveable control surfaces are located in the empennage? The rudder and elevator.	400 What axial movement does the horizontal stabilizer or tailplane reduce? The horizontal stabilizer reduces unwanted roll and unwanted pitch.	400 When the bar or pedals are level the rudder is... Straight	400 How does the pilot operate the elevator? The pilot pushes on the control column to descend and pulls back to climb.	400 What is the equilibrium? When the forces are at an balance and none are acting over the other.
500 What axial movements do the elevator and the rudder produce? The rudder changes yaw around the vertical axis and the elevator changes pitch around the lateral axis.	500 How do stabilizers reduce unwanted axial movements? Air moving past the flat stabilizer surfaces tends to resist any change of motion.	500 What controls the rudder? A set of pedals in the cockpit.	500 What axial movement does the elevator control? The elevator controls pitch around the aircraft’s lateral axis.	500 What are the axial movements and the each of the axis? Roll, Longitudinal Axis. Pitch, Lateral Axis. Yaw, Vertical Axis.

Eo M231.05 - Describe Aircraft Control Surfaces - TP 5 - by FSgt Li (Largely inspired by CPO2 Anderson)

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