ATPL Systems III
問題一覧
1
actual aircraft track at the fix
2
the captain to manually switch to the standby SG
3
magnetic track
4
above minimum brake operating pressure
5
L/E flap position, T/E flap position, stabiliser trim position, spoiler lever position and the park brake valve position
6
diss engaged when selecting reverse thrust
7
arrivals or departures pages
8
constant density, an increase in pressure and a decrease in velocity
9
a decrease in density and pressure, and increased velocity
10
not connected to any other turbine shaft
11
flight idle for 5 seconds after touchdown then ground idle
12
variable inlet guide vanes
13
low speed flight
14
select the next page
15
some systems are powered by both systems simultaneously
16
at all times
17
shown as TA’s
18
the primary zone of the combustion chamber
19
there’s a reduced need for frequency matching
20
reverse thrust actuation, anti icing, air conditioning and pressurisation
21
used continuously
22
above 2500ft
23
decrease in the troposphere then remain constant in the isothermal layer above the troposphere
24
either true or magnetic as selected by the pilot or determined by latitude
25
a HDG flag on the first officers RMI
26
100nm/tonne
27
the ratio between the total jet pipe pressure and the total engine inlet pressure
28
it should not be used on a dry windscreen as it could smear and reduce vision
29
increasing TOT
30
optimum speed decreases, max altitude increases and buffet boundaries increase
31
the cabin altitude will climb as the system maintain maximum pressure differential
32
remain displayed in the window and as the command airspeed bug on the speed tape
33
at high forward speed in the landing roll
34
fluctuating RPM
35
the reduced thrust output from the remaining engines will be sufficient to provide the required climb gradients for obstacle clearance without needing to increase thrust output
36
an increase in MCDR
37
the VMO pointer is also probably unreliable
38
accelerometers or dash lots to give an immediate indication of climb or descent
39
full servomotor deflection
40
stop the propeller from windmilling when in feather on the ground
41
in parallel
42
in normal operation, the system operates as a split bus system
43
axial thrust
44
it can be restarted if it is a PMG
45
if manually disconnected it cannot be reconnected in flight
46
parallel, to give increased current at a constant voltage
47
annular design
48
12%
49
the autothrottle is de energised
50
the temperature of the gas flow at the exit of the last turbine stage
ATPL Systems
ATPL Systems
Will Erwin · 50問 · 2年前ATPL Systems
ATPL Systems
50問 • 2年前ATPL Systems II
ATPL Systems II
Will Erwin · 50問 · 2年前ATPL Systems II
ATPL Systems II
50問 • 2年前ATPL Systems IV
ATPL Systems IV
Will Erwin · 50問 · 2年前ATPL Systems IV
ATPL Systems IV
50問 • 2年前Avery Systems I
Avery Systems I
Will Erwin · 50問 · 2年前Avery Systems I
Avery Systems I
50問 • 2年前Avery Systems Test II
Avery Systems Test II
Will Erwin · 50問 · 2年前Avery Systems Test II
Avery Systems Test II
50問 • 2年前Avery Test III
Avery Test III
Will Erwin · 50問 · 2年前Avery Test III
Avery Test III
50問 • 2年前Avery Test IV
Avery Test IV
Will Erwin · 50問 · 2年前Avery Test IV
Avery Test IV
50問 • 2年前Avery Systems Exam V
Avery Systems Exam V
Will Erwin · 50問 · 2年前Avery Systems Exam V
Avery Systems Exam V
50問 • 2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 · 1年前ATPL Nav Revision 8
ATPL Nav Revision 8
18問 • 1年前ATPL Nav Revision 9
ATPL Nav Revision 9
Will Erwin · 16問 · 1年前ATPL Nav Revision 9
ATPL Nav Revision 9
16問 • 1年前ATPL Nav Revision 10
ATPL Nav Revision 10
Will Erwin · 13問 · 1年前ATPL Nav Revision 10
ATPL Nav Revision 10
13問 • 1年前ATPL Nav Avery 1
ATPL Nav Avery 1
Will Erwin · 20問 · 12ヶ月前ATPL Nav Avery 1
ATPL Nav Avery 1
20問 • 12ヶ月前ATPL Nav Avery 2
ATPL Nav Avery 2
Will Erwin · 20問 · 12ヶ月前ATPL Nav Avery 2
ATPL Nav Avery 2
20問 • 12ヶ月前ATPL Nav Avery 3
ATPL Nav Avery 3
Will Erwin · 13問 · 12ヶ月前ATPL Nav Avery 3
ATPL Nav Avery 3
13問 • 12ヶ月前Performance Revision 1
Performance Revision 1
Will Erwin · 17問 · 8ヶ月前Performance Revision 1
Performance Revision 1
17問 • 8ヶ月前問題一覧
1
actual aircraft track at the fix
2
the captain to manually switch to the standby SG
3
magnetic track
4
above minimum brake operating pressure
5
L/E flap position, T/E flap position, stabiliser trim position, spoiler lever position and the park brake valve position
6
diss engaged when selecting reverse thrust
7
arrivals or departures pages
8
constant density, an increase in pressure and a decrease in velocity
9
a decrease in density and pressure, and increased velocity
10
not connected to any other turbine shaft
11
flight idle for 5 seconds after touchdown then ground idle
12
variable inlet guide vanes
13
low speed flight
14
select the next page
15
some systems are powered by both systems simultaneously
16
at all times
17
shown as TA’s
18
the primary zone of the combustion chamber
19
there’s a reduced need for frequency matching
20
reverse thrust actuation, anti icing, air conditioning and pressurisation
21
used continuously
22
above 2500ft
23
decrease in the troposphere then remain constant in the isothermal layer above the troposphere
24
either true or magnetic as selected by the pilot or determined by latitude
25
a HDG flag on the first officers RMI
26
100nm/tonne
27
the ratio between the total jet pipe pressure and the total engine inlet pressure
28
it should not be used on a dry windscreen as it could smear and reduce vision
29
increasing TOT
30
optimum speed decreases, max altitude increases and buffet boundaries increase
31
the cabin altitude will climb as the system maintain maximum pressure differential
32
remain displayed in the window and as the command airspeed bug on the speed tape
33
at high forward speed in the landing roll
34
fluctuating RPM
35
the reduced thrust output from the remaining engines will be sufficient to provide the required climb gradients for obstacle clearance without needing to increase thrust output
36
an increase in MCDR
37
the VMO pointer is also probably unreliable
38
accelerometers or dash lots to give an immediate indication of climb or descent
39
full servomotor deflection
40
stop the propeller from windmilling when in feather on the ground
41
in parallel
42
in normal operation, the system operates as a split bus system
43
axial thrust
44
it can be restarted if it is a PMG
45
if manually disconnected it cannot be reconnected in flight
46
parallel, to give increased current at a constant voltage
47
annular design
48
12%
49
the autothrottle is de energised
50
the temperature of the gas flow at the exit of the last turbine stage