AMT 114 Flashcards

1
Q

are often used to lock
controls surfaces and prevent them
from being damaged due to wind

A

Gust locks

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2
Q

Uses electronic interface

A

Fly-By-Wire

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3
Q

Uses a collection of mechanical parts
such as:

A

-Pushrods
-Tension Cables
-Pulleys
-Counterweights, and/or
- Chains

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4
Q

improve aircraft performance characteristics

A

Secondary flight controls

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5
Q

Causes the aircraft to float down the runway

A

Ground effect landing

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6
Q

Secondary flight controls are intended to:

A
  1. improve the aircraft performance characteristics
  2. relieve excessive control
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7
Q
  • they are placed on the leading edge of
    the wings
A

Slats

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8
Q

Uses a collection of mechanical parts
such as:
* Pushrods
* Tension Cables
* Pulleys
* Counterweights, and/or
* Chains

A

Mechanical Flight Controls

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9
Q

They are intended to:
1. improve the aircraft performance characteristics
2. relieve excessive control

A

Secondary Flight Controls

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10
Q

These surfaces, which are attached to the
trailing edge of the wing, increase both lift
and induced drag for any given AOA.

A

Flaps

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11
Q

Makes it difficult to sink

A

Ground effect landing

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12
Q

reduces or relieves excessive control

A

Secondary Flight Controls

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13
Q

The movements are converted to electronic signals transmitted by wires.

A

Fly-By-Wire

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14
Q

Prominent on takeoffs and landing

A

Ground Effect

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15
Q

they increase lift during low speed
operations such as takeoff, climb,
approach, and landing.

A

Slats

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16
Q

Is the natural ability of an airplane to recover
from a disturbance in the yawing plane.

A

Directional Stability

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17
Q

it consists of:
1. High Lift Devices
2. Spoilers and Speedbrakes
3. Trim Tabs

A

Secondary Flight Controls

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18
Q

Automatically adjusts control surfaces to stabilize the aircraft

A

Fly-by-Wire

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19
Q

are secondary flight control surfaces that can be deployed manually by the pilot or, under certain circumstances, that extend automatically.

A

Spoilers and Speedbrakes

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20
Q
  • increase the surface area of the wing
A

Slats

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21
Q

Flight control computers determine how to move each control surface to provide the expected response.

A

Fly-By-Wire

22
Q

found on the leading edge of the wing.

A

Slats

23
Q

Secondary Flight Controls consists of:

A
  1. High Lift Devices
  2. Spoilers and Speedbrakes
  3. Trim Tabs
24
Q

found on the wing

A

slats

25
Q

extends and retracts

A

Slats

26
Q

There are 2 main high lift devices used in
airplanes:

A

Slats, Flaps

27
Q

are the most common high-lift devices
used on aircraft.

A

Flaps

28
Q

are purely drag devices

A

Speedbrakes

29
Q

On Larger aircraft

A

slats

30
Q

Importance of flaps:

A

-Shorter takeoff roll
-Slower landing speeds
-Steeper descent path
-Better view of the runway on approach
-Lowering the flaps will decrease the stalling speed of the airplane

31
Q

Aircraft are designed to be as aerodynamically “clean” as possible and drag is minimized as much as
practical to improve performance and decrease fuel
consumption. A side effect of this aerodynamic success is that, even at idle thrust, an aircraft does
not tend to slow down quickly, especially when descending.

A

Spoilers and Speedbrakes

32
Q

simultaneously increase drag and reduce lift.

A

Spoilers

33
Q

What are the 6 types of flaps:

A

Basic Section, Plain flap, Split flap, Slotted flap, fowler flap, Slotted fowler flap.

34
Q

Phenomenon that reduces induced drag when the airplane is within 1 wingspan of the ground

A

Ground Effect

35
Q

– Stability around the vertical axis

A

Directional Stability

36
Q

Reduces the stick forces or control force so that
the pilot can maintain any yaw, pitch or roll without
further control unit.

A

Trim tabs

37
Q

Aircraft are designed to be as aerodynamically “____” as possible and drag is minimized as much as
practical to improve performance and decrease fuel
consumption.

A

clean

38
Q

Is the natural ability of the airplane to recover
from a disturbance in rolling without pilot input

A

Lateral Stability

39
Q
  • Is the natural quality of an aircraft to correct for
    conditions that may disturb its equilibrium, and return to or continue on the original flight path.
A

Stability

40
Q

also called “Poor Man’s Autopilot”

A

Trim Tabs

41
Q

Stability around the longitudinal axis

A

Lateral Stability

42
Q

Is the result of the earths surface altering the airflow patterns about the airplane

A

Ground Effect

43
Q

Uses cables, pushrods, pulleys, etc. to control primary flight controls

A

Mechanical Flight Controls

44
Q

increase or improve the lift of the aircraft

A

High Lift Devices

45
Q

-A trim wheel
-reduces control force

A

Trim Tabs

46
Q

Aircraft may become airborne before the rotation speed

A

Ground effect takeoff

47
Q

it is a modern aircraft

A

Fly-By-Wire

48
Q

Is the natural ability of the airplane to recover
from disturbance in pitching without pilot input

A

Longitudinal Stability

49
Q

most prominent during take-off

A

High Lift Devices

50
Q

An aircraft may climb out of ground effect and sink back to the ground

A

Ground effect takeoff

51
Q

Stability around the lateral axis

A

Longitudinal Stability

52
Q

-Balanced
-consistent
-strong or sturdy

A

Stability