問題一覧
1
The ambient outside pressure exceeds the cabin pressure
2
Anti ice is selected on prior to entering an area of ice, de ice after entering it
3
The expansion valve allows low pressure fluid to be released into the evaporator at higher pressure, which in turn causes the fluid to revert to vapour
4
You will now have to manually fly the approach and/or missed approach
5
All aircraft with a takeoff weight in excess of 5700kg
6
Resistance to flow
7
The base of the reservoir
8
To contain enough fluid for for all system user units to be operated simultaneously
9
the speed will not change significantly
10
1.33 times the maximum differential pressure
11
ensures fluid reversal does not occur
12
Able to supply a greater degree of cooling to the same volume of air space
13
That enough wheel brake energy is available for high speed rejected takeoff
14
10,000ft
15
More than 300ft from the selected cruise altitude
16
A constant altitude
17
After approx 6mm of ice has accreted onto the surface
18
the heat exchanger
19
Three entirely separate means
20
Provides a measure of feedback to the pilot as to the loads being imparted on the controls, and senses dynamic pressures
21
Pilot inputs to the rudder are modified using signals from the CADC to prevent over stress
22
CADC and Intertial Reference system
23
they are normally turned on during all phases of flight and the pilots pedals will not move in response to yaw damper movements
24
The flaps retract to a lesser setting, the cockpit flap lever does not move and the flap returns to the original setting as speed reduces to less than limit speed
25
It changes to a gas
26
28V
27
The autopilot takes its commands from the flight director unit
28
the EADI
29
the EADI
30
That one or both outboard ailerons will continue move at high speeds, with control yoke inputs
31
one or both outboard ailerons will not operate during the approach
32
Revers thrust selected
33
A ratio changer is incorporated to reduce rudder deflection at low airspeeds
34
Failure of the leading edge devices to deploy will cause a higher approach speed and higher nose angle on approach, with increased cockpit cut off angle
35
Positive longitudinal static stability and negative dynamic stability
36
Decreased controllability
37
a decrease in angle of attack and positive longitudinal static stability
38
increase the vertical fin area and position the CoG further forward
39
Improves lateral stability and counters spiral divergence
40
Increasing wing sweep or dihedral, but at the risk of increasing dutch roll tendency
41
FDR's must record at least 25hrs of operational data, and CVR's at least the previous 30minutes of cockpit audio data
42
Whenever powered is provided to the cockpit
43
It was designed to be used in conjunction with wipers, when the wipers alone cannot cope
44
Most modern aircraft use electric de ice/anti ice and are better able to survive bird impacts if heat is selected on
45
Shut off the left wing anti-ice selector valve to prevent damage to the aircraft structure
46
The airspeed indicator could over read
47
The crew should approach at higher speed, as stall speed may be higher and stick shaker operation may be compromised
48
The provision of ice inhibiting chemicals in the fuel, and the heating of fuel in the fuel lines
49
RAs will not be aurally or visually. The highest level of symbology is a yellow circle TA
50
The load bearing qualities of the runway surface and sub grade material
ATPL Systems
ATPL Systems
Will Erwin · 50問 · 1年前ATPL Systems
ATPL Systems
50問 • 1年前ATPL Systems II
ATPL Systems II
Will Erwin · 50問 · 1年前ATPL Systems II
ATPL Systems II
50問 • 1年前ATPL Systems III
ATPL Systems III
Will Erwin · 50問 · 1年前ATPL Systems III
ATPL Systems III
50問 • 1年前ATPL Systems IV
ATPL Systems IV
Will Erwin · 50問 · 1年前ATPL Systems IV
ATPL Systems IV
50問 • 1年前Avery Systems I
Avery Systems I
Will Erwin · 50問 · 1年前Avery Systems I
Avery Systems I
50問 • 1年前Avery Systems Test II
Avery Systems Test II
Will Erwin · 50問 · 1年前Avery Systems Test II
Avery Systems Test II
50問 • 1年前Avery Test III
Avery Test III
Will Erwin · 50問 · 1年前Avery Test III
Avery Test III
50問 • 1年前Avery Systems Exam V
Avery Systems Exam V
Will Erwin · 50問 · 1年前Avery Systems Exam V
Avery Systems Exam V
50問 • 1年前ATPL Met Revision I
ATPL Met Revision I
Will Erwin · 11問 · 1年前ATPL Met Revision I
ATPL Met Revision I
11問 • 1年前ATPL Met Revision 2
ATPL Met Revision 2
Will Erwin · 10問 · 1年前ATPL Met Revision 2
ATPL Met Revision 2
10問 • 1年前ATPL Met Revision 3
ATPL Met Revision 3
Will Erwin · 10問 · 1年前ATPL Met Revision 3
ATPL Met Revision 3
10問 • 1年前ATPL Met Revision 4
ATPL Met Revision 4
Will Erwin · 12問 · 1年前ATPL Met Revision 4
ATPL Met Revision 4
12問 • 1年前ATPL Met Revision 5
ATPL Met Revision 5
Will Erwin · 12問 · 1年前ATPL Met Revision 5
ATPL Met Revision 5
12問 • 1年前ATPL Met Revision 6
ATPL Met Revision 6
Will Erwin · 11問 · 1年前ATPL Met Revision 6
ATPL Met Revision 6
11問 • 1年前ATPL Met Revision 7
ATPL Met Revision 7
Will Erwin · 12問 · 1年前ATPL Met Revision 7
ATPL Met Revision 7
12問 • 1年前ATPL Met Revision 8
ATPL Met Revision 8
Will Erwin · 11問 · 1年前ATPL Met Revision 8
ATPL Met Revision 8
11問 • 1年前ATPL Met Revision 9
ATPL Met Revision 9
Will Erwin · 12問 · 1年前ATPL Met Revision 9
ATPL Met Revision 9
12問 • 1年前Wind, Cloud and Thunderstorm Test
Wind, Cloud and Thunderstorm Test
Will Erwin · 34問 · 1年前Wind, Cloud and Thunderstorm Test
Wind, Cloud and Thunderstorm Test
34問 • 1年前ATPL Met Revision 10
ATPL Met Revision 10
Will Erwin · 20問 · 1年前ATPL Met Revision 10
ATPL Met Revision 10
20問 • 1年前APLT Met Hazards Test
APLT Met Hazards Test
Will Erwin · 22問 · 1年前APLT Met Hazards Test
APLT Met Hazards Test
22問 • 1年前ATPL Met Revision 15
ATPL Met Revision 15
Will Erwin · 38問 · 1年前ATPL Met Revision 15
ATPL Met Revision 15
38問 • 1年前ATPL Met Revision 16
ATPL Met Revision 16
Will Erwin · 21問 · 1年前ATPL Met Revision 16
ATPL Met Revision 16
21問 • 1年前ATPL Nav Revision 1
ATPL Nav Revision 1
Will Erwin · 26問 · 1年前ATPL Nav Revision 1
ATPL Nav Revision 1
26問 • 1年前ATPL Nav Revision 3
ATPL Nav Revision 3
Will Erwin · 18問 · 1年前ATPL Nav Revision 3
ATPL Nav Revision 3
18問 • 1年前ATPL. Navigation 4
ATPL. Navigation 4
Will Erwin · 7問 · 1年前ATPL. Navigation 4
ATPL. Navigation 4
7問 • 1年前ATPL Nav Revision 8
ATPL Nav Revision 8
Will Erwin · 18問 · 11ヶ月前ATPL Nav Revision 8
ATPL Nav Revision 8
18問 • 11ヶ月前ATPL Nav Revision 9
ATPL Nav Revision 9
Will Erwin · 16問 · 11ヶ月前ATPL Nav Revision 9
ATPL Nav Revision 9
16問 • 11ヶ月前ATPL Nav Revision 10
ATPL Nav Revision 10
Will Erwin · 13問 · 10ヶ月前ATPL Nav Revision 10
ATPL Nav Revision 10
13問 • 10ヶ月前ATPL Nav Avery 1
ATPL Nav Avery 1
Will Erwin · 20問 · 10ヶ月前ATPL Nav Avery 1
ATPL Nav Avery 1
20問 • 10ヶ月前ATPL Nav Avery 2
ATPL Nav Avery 2
Will Erwin · 20問 · 10ヶ月前ATPL Nav Avery 2
ATPL Nav Avery 2
20問 • 10ヶ月前ATPL Nav Avery 3
ATPL Nav Avery 3
Will Erwin · 13問 · 10ヶ月前ATPL Nav Avery 3
ATPL Nav Avery 3
13問 • 10ヶ月前Performance Revision 1
Performance Revision 1
Will Erwin · 17問 · 6ヶ月前Performance Revision 1
Performance Revision 1
17問 • 6ヶ月前問題一覧
1
The ambient outside pressure exceeds the cabin pressure
2
Anti ice is selected on prior to entering an area of ice, de ice after entering it
3
The expansion valve allows low pressure fluid to be released into the evaporator at higher pressure, which in turn causes the fluid to revert to vapour
4
You will now have to manually fly the approach and/or missed approach
5
All aircraft with a takeoff weight in excess of 5700kg
6
Resistance to flow
7
The base of the reservoir
8
To contain enough fluid for for all system user units to be operated simultaneously
9
the speed will not change significantly
10
1.33 times the maximum differential pressure
11
ensures fluid reversal does not occur
12
Able to supply a greater degree of cooling to the same volume of air space
13
That enough wheel brake energy is available for high speed rejected takeoff
14
10,000ft
15
More than 300ft from the selected cruise altitude
16
A constant altitude
17
After approx 6mm of ice has accreted onto the surface
18
the heat exchanger
19
Three entirely separate means
20
Provides a measure of feedback to the pilot as to the loads being imparted on the controls, and senses dynamic pressures
21
Pilot inputs to the rudder are modified using signals from the CADC to prevent over stress
22
CADC and Intertial Reference system
23
they are normally turned on during all phases of flight and the pilots pedals will not move in response to yaw damper movements
24
The flaps retract to a lesser setting, the cockpit flap lever does not move and the flap returns to the original setting as speed reduces to less than limit speed
25
It changes to a gas
26
28V
27
The autopilot takes its commands from the flight director unit
28
the EADI
29
the EADI
30
That one or both outboard ailerons will continue move at high speeds, with control yoke inputs
31
one or both outboard ailerons will not operate during the approach
32
Revers thrust selected
33
A ratio changer is incorporated to reduce rudder deflection at low airspeeds
34
Failure of the leading edge devices to deploy will cause a higher approach speed and higher nose angle on approach, with increased cockpit cut off angle
35
Positive longitudinal static stability and negative dynamic stability
36
Decreased controllability
37
a decrease in angle of attack and positive longitudinal static stability
38
increase the vertical fin area and position the CoG further forward
39
Improves lateral stability and counters spiral divergence
40
Increasing wing sweep or dihedral, but at the risk of increasing dutch roll tendency
41
FDR's must record at least 25hrs of operational data, and CVR's at least the previous 30minutes of cockpit audio data
42
Whenever powered is provided to the cockpit
43
It was designed to be used in conjunction with wipers, when the wipers alone cannot cope
44
Most modern aircraft use electric de ice/anti ice and are better able to survive bird impacts if heat is selected on
45
Shut off the left wing anti-ice selector valve to prevent damage to the aircraft structure
46
The airspeed indicator could over read
47
The crew should approach at higher speed, as stall speed may be higher and stick shaker operation may be compromised
48
The provision of ice inhibiting chemicals in the fuel, and the heating of fuel in the fuel lines
49
RAs will not be aurally or visually. The highest level of symbology is a yellow circle TA
50
The load bearing qualities of the runway surface and sub grade material