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Questions and Answers
What type of structure is each wing panel described as?
What type of structure is each wing panel described as?
What is the total fuel capacity of each engine's fuel tank?
What is the total fuel capacity of each engine's fuel tank?
How are the wings attached to the fuselage?
How are the wings attached to the fuselage?
What structural component provides a continuous main spar?
What structural component provides a continuous main spar?
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Which components are attached to each wing?
Which components are attached to each wing?
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How is feathering of a propeller achieved?
How is feathering of a propeller achieved?
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What is the approximate time it takes for feathering to occur?
What is the approximate time it takes for feathering to occur?
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What initiates the unfeathering process of a propeller?
What initiates the unfeathering process of a propeller?
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What happens after the propeller control is moved forward during unfeathering?
What happens after the propeller control is moved forward during unfeathering?
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Where are the propeller control levers located?
Where are the propeller control levers located?
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Study Notes
Wing Structure
- Each wing panel is constructed of metal, employing a semi-monocoque design.
- The wings are designed with removable tips and access panels for maintenance.
- The aileron, flap, main landing gear, and powerplant are all attached to the wing panels.
- The wings are attached to the fuselage by inserting the main spars into a spar box carry through.
- This spar box serves as a continuous main spar, connecting the two wings.
Fuel System
- Each engine nacelle is equipped with a bladder-type fuel tank.
- Each fuel tank holds 54 U.S. gallons.
- The total fuel capacity of both tanks is 108 U.S. gallons.
Propeller Control
- Propeller control levers are located in the center of the power control quadrant.
- Moving the control fully aft through the low RPM detent, into the FEATHER position, feathers the propeller.
- Feathering takes approximately six seconds.
- Unfeathering is accomplished by moving the propeller control forward and engaging the starter until the propeller is wind milling.
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Description
This quiz covers the essential components of wing structures and fuel systems in aerospace engineering. Learn about the semi-monocoque design of wings and the specifications of fuel tank capacities. Perfect for students looking to understand aircraft design and functionality.