Navigation (All Questions)

1. Question

A DME receiver does not lock on to signals reflected from the ground because:

Select one:

The reflections are not at the receiver frequency.
The pulse recurrence rates are varied.
DME used UHF band.
DME transmits twin pulses.

2. Question

Airport elevation is 600 ft MSL. To know local QNH pilot must:

Select one:

Set 0 on the altimeter.
Set -600 ft on the altimeter.
Set standard pressure on the altimeter.
Set +600 ft on the altimeter.

3. Question

An aircraft is descending from 5000 ft to 1400 ft at a speed of 220 km/h (120 kts). What distance would an aircraft travel during descent? Rate of descend 600 ft/min:

Select one:

22 km (12 NM)
18 km (9,8 NM)
24 km (13 NM)
20 km (10,7 NM)

4. Question

A great circle is defined as:

Select one:

A circle running parallel to equator.
A circle in any plane on the surface of a sphere.
A circle on the surface of a sphere, whose plane is cutting through the centre of the sphere.
A circle running on the outside of the sphere.

5. Question

An Agonic line joins points of:

zero magnetic variation.
zero magnetic deviation.
equal magnetic deviation.

6. Question

An aircraft is en route from A to B. A and B are 200 NM apart. After traveling 80 NM, the pilot pinpoints the position as being 8 NM right of track. Determine the change in heading required to make track good the destination B.

Select one:

12º Right
10º Right
8º Left
10º Left

7. Question

A pilot wishes to obtain the magnetic bearing of his aircraft from a VDF station. Which of the following terms would he use:

Select one:

QGH
QDR
QTE
QDM

8. Question

An aircraft accelerates on a easterly heading in the northern hemisphere. Magnetic compass will indicate:

Select one:

True heading.
A turn to the right (toward south).
A turn to the left (towards north).
Correctly.

9. Question

A Radial is magnetic bearing from a VOR. It is:

Select one:

Correct
Incorrect

10. Question

An aircraft accelerates on a westerly heading in the northern hemisphere. The direct reading compass will:

Select one:

Indicate a turn to south.
Indicate 270°.
Indicate less than 270°.
Indicate a turn to north.

11. Question

A radio wave detected by an aircraft’s receiver will have followed:

Select one:

The shortest distance across the earth itself (as Great Circle).
The longest distance across the earth.
The direction across the earth itself (as Rhumb Line).
The strait angles across the earth.

12. Question

An aircraft accelerates on a westerly heading in the northern hemisphere. The needle of the direct reading compass will:

Select one:

Not be deflected.
Turn clockwise.
Turn anticlockwise.
Turn clockwise or anticlockwise depending on the rate of acceleration.

13. Question

A small circle:

Select one:

Will also be a rhumb line.
Will always cross equator.
Has a plane parallel to the earths axis of rotation.
Has a plane that do not pass through the centre of the earth.

14. Question

An aircraft at FL350 is required to commence descent when 85 NM from a VOR and to cross the VOR at FL80. The mean GS for the descent is 340 kt. What is the minimum rate of descent required?

Select one:

1000 ft/min
2000 ft/min
1500 ft/min
1800 ft/min

15. Question

A typical ILS localizer frequency is:

Select one:

11030 Mhz
7500 Mhz
11045 Mhz
32930 Mhz

16. Question

An aircraft at FL350 is required to descend to cross a DME facility at FL80. Maximum rate of descent is 1800 FT/MIN and mean GS for descent is 276 kt. The minimum range from the DME at which descent should start is:

Select one:

75 NM
73 NM
60 NM
69 NM

17. Question

A VDF QDM given without an accuracy classification may be assumed to be accurate to within:

Select one:

5 degrees
7.5 degrees
2 degrees
10 degrees

18. Question

An aircraft at FL370 is required to commence descent when 100 NM from a DME facility and to cross the station at FL120. If the mean GS during the descent is 396 kt, the minimum rate of descent required is approximately:

Select one:

1550 FT/MIN.
2400 FT/MIN.
1000 FT/MIN.
1650 FT/MIN.

19. Question

VOR radial may be defined as;

Select one:

a magnetic bearing from the VOR station.
a true bearing to the VOR station.
a true bearing from the VOR station.
a magnetic bearing to the VOR station.

20. Question

An aircraft cruising at TAS 110 kt has Fuel flow 60 kg/h. Determine a fuel needed to flight the distance of 270 nm if the Wind head component is 20 kt:

Select one:

200 kg
100 kg
150 kg
180 kg

21. Question

After passing the transition level (TL), altitude is measured by:

Select one:

QFE, if flight is conducted by visual flight rules (VFR).
QNH, regardless of the flight rules.
QNH, if flight is conducted by visual flight rules (VFR).
QNH, if flight is conducted by instrument flight rules (IFR).

22. Question

An aircraft departs from point E, intending to fly the direct track to point F, 160 NM away. After 85 NM a fix is obtained which puts the aircraft 11 NM to the port of the intended track. Determine the alteration of heading required from fix to point F.

Select one:

18º
16,6º
8,8º
10º

23. Question

A Rhumb Line is a regularly curved line on the surface of the Earth which:

Select one:

Is the shortest distance between two points on it
Divides Earth in two Hemispheres.
A cuts all meridians at the same angle.
Cuts all meridians at different angle.

24. Question

Aircraft in DR position 43N081W obtain QDM 173° from A (39N084W) where VAR36°E. What would you plot?

Select one:

029°
353°
173°
317°

25. Question

An aircraft flying from M to N distance 55 nm. After 25 nm the aircraft is 2,5 nm right of track. What of heading is required to fly directly to N?

Select one:

25° left (port)
11° right (starboard)
11° left (port)
5° left (port)

26. Question

A direct Mercator graticule is based on a projection that is:

Select one:

Cylindrical.
Spherical.
Concentric.
Conical.

27. Question

Aircraft magnetic bearing (QDR) differs from station magnetic bearing (QDM) as follows:

Select one:

QDM = QDR ± 180°
QDM = QDR ± 90°
QDM = QNH ± 180º
QNH = QDR ± 180°

28. Question

An aircraft in the northern hemisphere makes an accurate rate one turn to the right/starboard. If the initial heading was 330° , after 30 seconds of the turn the direct reading magnetic compass should read:

Select one:

Less than 060°.
060°.
More than 060°.
More or less than 060° depending on the pendulous suspension used.

29. Question

A correct definition of longitude is:

Select one:

The angle between the Greenwich meridian and the meridian of the place.
The East-West distance between Greenwich and the place.
The difference between the Greenwich meridian and the meridian of the place, measured at the centre of the earth.
The arc at equator between the Greenwich meridian and the meridian of the place, measured in degrees, minutes and seconds, named East or West.

30. Question

Aircraft’s Magnetic Bearing from the station used for en-route navigation are:

Select one:

QUJ
QTE
QDR
QDM

31. Question

An aircraft is 12 nm off track when 240 nm from away point. What is the angular deviation from the track? Distance = Angle x (Range/60)

Select one:

3°
6°
12°
15°

32. Question

1° of Great Circle arc correspond 111km. Determine the same angular Rhumb line distance (Lx) at 60° latitude. It is known, that D=dLong•cos(Lat):

Select one:

D=60.5 km
D=80 km
D=55.5 NM
D=55.5 km

33. Question

Aircraft’s Magnetic Heading to steer in zero wind to reach the station used mainly for station homing and letdowns are:

Select one:

QDR
QTE
QDM
QUJ

34. Question

An aircraft is 4° off track of 90 nm from a turning point (waypoint). What is the distance off track in nm? Distance = Angle x (Range/60)

Select one:

8 nm
6 nm
2 nm
10 nm

35. Question

1NM is defined as:

Select one:

The average length of a 1° arc of a Great Circle.
The average length of a 1‘ arc of Parallel.
The average length of a 1‘‘ arc of a Great Circle.
The average length of a 1‘ arc of a Great Circle.

36. Question

Aircraft’s True Bearing from the station used for plotting position on a chart are:

Select one:

QUJ
QDM
QTE
QDR

37. Question

An aircraft is cleared to descend to ant maintain FL 40. If the Regional QNH is 990 hPa the aircraft will clear high ground of 2250 ft AMSL by:

Select one:

440 ft
1060 ft
1560 ft
1750 ft

38. Question

A direct reading compass in an aircraft executing a level turn at constant rate in the northern hemisphere will be subject to the largest turning error as the aircraft turns through:

Select one:

East and West.
North and South.
Southeast and Southwest.
Northeast and Northwest.

39. Question

Aircraft’s True Track to the station (not generally used) are:

Select one:

QDM
QDR
QUJ
QTE

40. Question

An aircraft is climbing at a constant CAS in ISA conditions. What will be the effect on TAS?

Select one:

Not changes.
TAS increases
TAS decreases.
TAS will be same as CAS.

41. Question

When viewed from above the South Pole the Earth appears to rotate:

Select one:

In an anti-clockwise direction.
It looks stationary.
From East to West.
In a clockwise direction.

42. Question

You want to descent 3500 ft at 500 ft/min. How long will this take?

Select one:

9 min.
10 min
7 min.
5 min.

43. Question

You plan to land on RW14. According the forecast wind velocity is 110/30. Variation is 30°W. What crosswind do you expect?

Select one:

0 kt
15 kt
10 kt
26 kt

44. Question

You plan to fly a track of 348°(T), drift is 17° port, variation 32W, deviation 4E. What compass heading should you fly?

Select one:

360°
016°
359°
033°

45. Question

You are intending to fly in the vicinity of your home aerodrome, taking off and landing at that aerodrome. What is the most practical pressure value to set on the altimeter subscale? Choose one answer.

Select one:

1013mb.
The Regional Pressure Setting.
The aerodrome QFE.
QTE.

46. Question

You are in the Northern hemisphere, heading 135 C on a Direct Reading Magnetic Compass. You turn right in a Rate 1 turn for 30 seconds. Do you roll out on an indicated heading of:

Select one:

Greater than 225.
Not possible to determine.
Equal to 225.
Less than 225.

47. Question

You are flying from A to B. You find that your position is 60 NM outbound from A and 7 NM left of the required track. What is your track error angle?

Select one:

10° L
7° L
7° R
10° R

48. Question

You are flying from A to B, a distance of 75 nm. The required track of 315°(M), and your calculated compass heading is 309°(C) . At 20 nm from A, you determine your position as being 1 nm to the left of the required track. Assuming no change in the wind, what compass heading must you steer to fly direct to B?

Select one:

316°(C) to the nearest whole degree.
313°(C) to the nearest whole degree.
305°(C) to the nearest whole degree.
301°(C) to the nearest whole degree.

49. Question

You are flying an airway with a centerline QDM of 137°M towards VOR/DME A. You RMI reads 141°M/DME 90 nm. Are you?

Select one:

On the centerline.
Right of centerline.
Above centerline.
Left of centerline.

50. Question

You are approaching Paris/Charles de Gaulle on a glide slope of 3°. At what height (QFE) should you be at a range of 2 nm? Height(ft) = Angle x 100 x range(nm)

Select one:

1200 ft
1800 ft
800 ft
600 ft

51. Question

You are flying at FL 80 and the air temperature is ISA +15. What CAS is required to make TAS 240 Kt?

Select one:

220 kt
226 kt
214 kt
206 kt

52. Question

With standard pressure setting (1013,2 hectopascals) set on the altimeter sub-scale an aircraft’s vertical position is referred to as:

Select one:

Elevation
Height
Flight level
Altitude

53. Question

You are 18 NM from the field and have a GS on descent of 100 kt. You wish to overfly the field (elevation 500 ft AMSL) at 2000 AGL. If you are cruising at 6000 ft, how many minutes from the field are you and what rate of descent do you require to arrive overhead the field as stated?

Select one:

9 min and 400 ft/min
13 min and 300 ft/min
11 min and 400 ft/min
11 min and 320 ft/min

54. Question

You are approaching Innsbruck Austria on glide slope of 3°. What height (QFE) should you be at 2 nm range? Height(ft) = Angle x 100 x range(nm)

Select one:

400 ft
500 ft
350 ft
600 ft

55. Question

You are approaching London City Airport on a glide slope of 5,5° at a ground speed of 120 kt. What rate of descent (ROD) is required to maintain the glide slope? ROD=Angle x 100 x (Ground speed)/60

Select one:

2200 ft/min.
1600 ft/min.
1100 ft/min.
3000 ft/min.

56. Question

You are flying an airway with a centerline QDM of 137°M towards VOR/DME A. You RMI reads 141°M/DME 90 nm. What is your distance off the airway centerline?

Select one:

8 nm
12 nm
10 nm
6 nm

57. Question

With reference to the Global Positioning System (GPS): the number of satellites with adequate elevation and suitable geometry needed to perform the RAIM function without isolating a faulty satellite is:

Select one:

4 Correct
between 21 and 24
5
6

58. Question

With reference to NAVSTAR GPS when used as a stand-alone system the minimum number of satellites which must be in view at any on time is:

Select one:

5
7
4
6

59. Question

With QFE set on the altimeter subscale, vertical position is reported as:

Select one:

Flight level
Elevation
Height
Altitude

60. Question

With a compass heading of 110°, a compass deviation of 3E and a magnetic variation of 6°W, what is the true heading?

Select one:

101°
119°
107°
113°

61. Question

With a calculated heading of 246° True, a local variation of 5°W and a compass deviation of 1°E, the compass heading is:

Select one:

250°
241°
252°
242°

62. Question

Witch following statement is true?

Select one:

Only secondary not primary radar can be carried in an aircraft.
Primary radar can only find the range of a reflecting object.
Secondary radar always measures the bearing of a reflecting object more accurately than does a primary.
Primary radar uses echoes from a reflecting object whereas secondary radar uses responses from a transponder.

63. Question

Wind 210°/20 kt. Calculate south and west wind components.

Select one:

8 and 17 kt
15 and 10 kt
17 and 8 kt
10 and 15 kt

64. Question

Why do Pilot get lost? Poor weather makes visual navigation difficult. What is a remedy to avoid it?

Select one:

If above and clear of cloud, change from IFR to VFR
Check you rating and ATS airspace classification change flight plane from VFR to IFR. (2)
1,2
Turn back or divert don't fly if the visibility is less than 5 km unless you know the area well. (1)

65. Question

Why do Pilot get lost? Poor flight planning or none at all – usually because there wasn’t time. What is a remedy to avoid it?

Select one:

Pilot can make flight planning during the flight.
Pilots never get lost.
If there isn't time to do proper flight planning-don't go. Never allow anyone to pressure you into getting airborne if you are not ready to go.
It is no remedy to avoid it.

66. Question

Why do Pilot get lost? Gross errors in flight planning. What is a remedy to avoid it?

Select one:

check a fuel on board (2)
Before flying check the flight log. Do the planned headings and times look sensible? Have any numbers been transposed or the W/V applied in the wrong direction? (1)
it is no remedy to avoid it
1, 2

67. Question

Why do Pilot get lost? What are an ATC unit (particularly a radar unit) navigation assistance and actions of pilots?

Select one:

Do not leave the frequency until you are happy. (3)
If you have to deviate do not be fobbed off with Resume your own navigation. (2)
Ask for ATC so you can stay on track if the ATC took you off track they can put you back. (1) d. 1,2 and 3
Why do Pilot get lost? Gross errors in flight planning. What is a remedy to avoid it?

68. Question

Why do Pilot get lost? What are an ATC unit (particularly a radar unit) navigation assistance and actions of pilots?

Select one:

Ask for ATC so you can stay on track if the ATC took you off track they can put you back.
Do not leave the frequency until you are happy.
a, b, c
If you have to deviate do not be fobbed off with Resume your own navigation.

69. Question

Why do Pilot get lost? What are an ATC unit (particularly a radar unit) navigation assistance and actions of pilots?

Select one:

If you have to deviate do not be fobbed off with Resume your own navigation.
Do not leave the frequency until you are happy.
a, b
Ask for ATC so you can stay on track if the ATC took you off track they can put you back.

70. Question

Why do Pilot get lost? Miss-identifying landmarks. What is a remedy to avoid it?

Select one:

All answer is incorrect.
1, 2.
Use the three unique characteristics principle to avoid miss-identifying landmarks (2).
Read time map ground (1).

71. Question

Why do Pilot get lost? Gross errors in flight. What is a remedy to avoid it?

Select one:

a, b, c
Ensure that you are flying the correct heading. And is the HI synchronized with the compass?
Are you using the correct ETA?
It is particularly easy to confuse 300° 330° and 030° 010° and 100° 020° and 200°.

72. Question

Which time is used in aviation to which all LMT’s are referenced?

Select one:

UTC
Zulu
All answers are correct
GMT

73. Question

Which of the following would be the normal fix for a Basic RNAV (B-RNAV) equipment:

Select one:

DME/DME
VOR/DME
VOR/VOR
VOR/NDB

74. Question

Which of the following two chart has a large (more detail) scale?:

Select one:

1:250 000
1:1 000 000

75. Question

Which of the following statements is not correct?

Select one:

Turning errors are maximum when turning through north and south.
Turning errors are maximum when turning through east and west.
Acceleration errors are maximum on east/west headings.
Acceleration errors are minimum on north/south headings.

76. Question

Which of the following may affect the range a primary radar system?

Select one:

The location and elevation of the radar antenna with respect to buildings and terrain.
The skill of the radar operator.
The size of the radar antenna head.
The period of rotation of the radar head.

77. Question

Which of the following is the correct practical definition of a kilometre?

Select one:

It is 1/20,000th of the average distance on the Earth between the Equator and either pole.
It is 1/15,000th of the average distance on the Earth between the Equator and either pole.
It is 1/5,000th of the average distance on the Earth between the Equator and either pole.
It is 1/10,000th of the average distance on the Earth between the Equator and either pole.

78. Question

Which of the following chart has a large (more detail) scale?

Select one:

1:500 000
1:250 000
1:1 000 000
1:200 000

79. Question

Which of a), b), c) and d) below, correctly completes the following statement? A pilot intending to land at a civil aerodrome should initiate his descent below transition level with the altimeter subscale set to: Choose one answer.

Select one:

Aerodrome QNH.
1013 Millibars.
Aerodrome QFE.
Regional QNH.

80. Question

When tracking a VOR radial inbound the aircraft would fly?

Select one:

A constant track.
A great circle track.
A rhumb line track.
A constant heading.

81. Question

When the VOR/ILS deviation indicator (OBI/CDI) is being used in the VOR role the instrument represent aircraft deviations:

Select one:

Each dot represents 5° displacement from the selected VOR bearing (OBS) (full-scale deflection represents 10°).
Each dot represents 1° displacement from the selected VOR bearing (OBS) (full-scale deflection represents 10°).
Each dot represents 2° displacement from the selected VOR bearing (OBS) (full-scale deflection represents 10°).
Each dot represents 0,5.

82. Question

When the VOR/ILS deviation indicator (OBI/CDI) is being used in the ILS role the instrument represent aircraft deviations:

Select one:

each dot represents 0,5° displacement from the ILS localizer center line (full-scale deflection represents 2,5°)
each dot represents 1°

83. Question

When the North datum is the direction of the North geographic pole it is referred to as:

Select one:

Flight direction.
True direction (T).
Magnetic direction (M).
Compass direction (C).

84. Question

When the mean sun transits (crosses) a particular meridian at all places on that meridian is:

Select one:

The Local Mean Time (LMT) 0000 hrs (midnight)
The Local Mean Time (LMT) 0030 hrs (After midnight)
The Local Mean Time (LMT) 1530 hrs (Afternoon)
The Local Mean Time (LMT) 1200 hrs (midday or noon)

85. Question

When turning through north in the northern hemisphere, the magnetic compass will:

Select one:

Undershoot the desired heading.
Stop the turn immediately when the compass indicates the desired heading.
Overshoot the desired heading.
Will indicate correctly.

86. Question

When QNH is set in the sub-scale of the altimeter, it will cause the altimeter to indicate:

Select one:

Vertical distance above airfield (height).
Vertical distance above pressure datum of 1013.25 mb (Flight Level).
Vertical distance above the ground (altitude).
Vertical distance above MSL (altitude).

87. Question

When flying beneath a Terminal Manoeuvring Area the subscale of the altimeter should be set to; Choose one answer.

Select one:

The QNH of an airfield situated within the TMA.
The lower of the RPS and the QNH of an airfield situated within the TMA.
The Standard Pressure Setting.
The Regional Pressure Setting.

88. Question

When flying beneath a terminal control area, or terminal manoeuvring area, what altimeter sub-scale setting should be used?

Select one:

The QNH of an aerodrome situated beneath the TMA.
The lowest between either the regional pressure setting or the QNH of an aerodrome beneath the TMA.
The appropriate regional pressure setting.
The QFE of an aerodrome situated beneath the TMA.

89. Question

When decelerating on a westerly heading in the Northern hemisphere, the compass card of a direct reading magnetic compass will turn:

Select one:

Anti-clockwise giving an apparent turn towards the south.
Clockwise giving an apparent turn toward the south.
Clockwise giving an apparent turn towards the north.
Anti-clockwise giving an apparent turn towards the north.

90. Question

What word is used to describe the vertical position of an aircraft measured above mean sea level, when QNH is set on the altimeter subscale? Choose one answer.

Select one:

Altitude
Flight level
Elevation
Height

91. Question

What word is used to describe the vertical position of an aircraft measured above an airfield datum level, when QFE is set on the altimeter subscale? Choose one answer.

Select one:

Height
Elevation
Altitude
Flight Level

92. Question

What word is generally used to describe the vertical position of the highest level of a geographical feature, or man-made object, on the Earth’s surface, measured above mean sea level, and which is used, more particularly, when describing the vertical position of an airfield above mean sea level? Choose one answer.

Select one:

Altitude
Elevation
Flight level
Height

93. Question

What will shows the head pointer on RMI when aircraft is on Radial 270° to VOR?

Select one:

090°T
270°M
090°M
000°M

94. Question

What unit of atmospheric pressure is used alongside the Millibar in European aviation, being the exact numerical equivalent of the Millibar? Choose one answer.

Select one:

The Hectopascal.
Inches of Mercury.
Pounds per square inch.
Newtons per square meter.

95. Question

What rate of descent are required to maintain the glide slope of 2,6° if the ground speed is 180 kt? ROD = Angle x 100 x (Ground speed/60)

Select one:

1600 ft/min.
1200 ft/min.
1200 ft/min.
1000 ft/min.

96. Question

What rate of descent (ROD) are required to maintain the glide of 3° if the ground speed is 90 kt? ROD = Angle x 100 x (Ground speed/60)

Select one:

450 ft/min.
550 ft/min.
1500 ft/min.
1000 ft/min.

97. Question

What rate of descent (ROD) are required to maintain the glide slope of 3° if the ground speed is 120 kt? ROD = Angle x 100 x (Ground speed/60)

Select one:

800 ft/min.
600 ft/min.
1000 ft/min.
500 ft/min.

98. Question

What position on desired flight path is nearest to completed approach to land?

Select one:

on Downwind Leg
on Crosswind Leg
on Base Leg
on Upwind Leg

99. Question

What means the term Track Made Good (TMG)?

Select one:

the heading of the aircraft
the planned or required track
very accurately calculated heading of the aircraft
The path of the aircraft over the ground

100. Question

What is the wind head component on RWY 200° if the WV 230°/30 kt?

Select one:

15 kt
28 kt
10 kt

101. Question

What is the wind cross component on RWY 200° if the WV 230°/30 kt?

Select one:

28 kt
10 kt
15 kt
25 kt

102. Question

What is the theoretical maximum range that a pilot would obtain from a VOR situated at 900 feet above mean sea level in an aircraft flying at 18,000 feet?

188 nm
168 nm
250 nm
202 nm

103. Question

What is the Maximum Range if Groundspeed (GS) 120 kt, Fuel Flow 60 kg/h and fuel available 240 kg:

Select one:

480 nm
500 km
960 nm
600 nm

104. Question

What is the maximum range at which a VDF station at 325 ft can provide a service to an aircraft at FL080?

Select one:

107 nm
114 nm
91 nm
134 nm

105. Question

What is the distance to touchdown when you are 670 ft QFE on a 3,2° glideslope approach?

Select one:

1,63 NM
2,06 NM
1,96 NM
2,40 NM

106. Question

What is the distance in nautical miles between A (30°17’N 030°10’E) and B (29°48’S 030°10’E)?

Select one:

4209 NM
6669 NM
3605 NM
1817 NM

107. Question

What is the distance between the meridians 015º00´W and 010º00´E on the parallel 53º?

Select one:

900 KM
1500 NM
900 NM
1500 KM

108. Question

What is the distance between points A (55º13´N 025º26´E) and B (55º17´N 023º13´E)? Use 1:500000 VFR Chart of Lithuania.

Select one:

148 km (80 NM)
130 km (70,2 NM)
140 km (75,6 NM)
128 km (69 NM)

109. Question

What is the distance between points A (54º59´N 025º31´E) and B (55º04´N 024º53´E)? Use 1:500000 VFR Chart of Lithuania.

Select one:

40 km
50 km
43 km
47 km

110. Question

What is the distance between points A (54º40´N 025º31´E) and B (54º59´N 025º31´E)? Use 1:500000 VFR Chart of Lithuania.

Select one:

19 NM (35 km)
20 NM (37 km)
17 NM (31,5 km)
22 NM (41 km)

111. Question

What is the distance between points A (54º30´N 024º42´E) and B (55º26´N 024º10´E)? Use 1:500000 VFR Chart of Lithuania.

Select one:

115 km (62 NM)
130 km (70,2 NM)
102 km (55 NM)
108 km (58,3 NM)

112. Question

What is the distance between points A (54º30´N 024º42´E) and B (55º24´N 023º30´E)? Use 1:500000 VFR Chart of Lithuania.

Select one:

120 km (64,8 NM)
126 km (68 NM)
130 km (70,2 NM)
135 km (72,9 NM)

113. Question

What is the difference between the meridians 10500W and 14500W on the earth?

Select one:

50,0°
32,1°
30,6°
40,0°

114. Question

What is the dip angle at the South Magnetic Pole?

Select one:

0°
90°
180°
64°

115. Question

What is the definition of transition level? Choose one answer.

Select one:

The Flight Level below which the vertical position of an aircraft is expressed as height.
The Flight Level at or above which the vertical position of an aircraft is expressed as altitude.
The transition altitude expressed as a Flight Level.
The lowest available Flight Level above the transition altitude.

116. Question

What is the definition of Morning Civil Twilight?

Select one:

The period in the morning, just before sunrise.
Morning civil twilight is the period in the morning from the centre of the sun is 6° below the horizon until the upper limb of the sun appears at the horizon.
The period of semi-darkness in morning.
The period when the sun, in the morning, has its centre between 6° under the horizon and the horizon.

117. Question

What is magnetic heading between points A (54º48´N 024º26´E) and B (54º53´N 023º53 ´E)? Use 1:500000 VFR Chart of Lithuania.

Select one:

HDG 283º(M)
HDG 278º(M)
HDG 288º(M)
HDG 274º(M)

118. Question

What is magnetic heading between points A (54º40´N 025º31´E) and B (54º59´N 025º31´E)? Use 1:500000 VFR Chart of Lithuania.

Select one:

HDG 360º (M)
HDG 353º (M)
HDG 359º (M)
HDG 007º (M)

119. Question

What is a line of equal magnetic variation?

Select one:

An isovar.
An isogriv.
An isogonal.
An isocline.

120. Question

What elements has the triangle of velocities?

Select one:

Wind direction Wind speed
Heading TAS
1, 2, 3
Track Ground Speed

121. Question

What Earth reference system is used for GPS?

Select one:

The World Geodetic Survey of 1972 (WGS72).
The World Geodetic Survey of 1984 (WGS84).
International 1924 (Hayford).
Krassovsky 1940.

122. Question

What Earth distance is represented by a chart length of 8 inches on a 1:500 000 chart?

Select one:

59,4 NM
549 NM
40 NM
54,9 NM

123. Question

What Earth distance is represented by a chart length of 5 cm on a 1:500 000 chart?

Select one:

100 KM
250 KM
25 KM
10 KM

124. Question

What does 5 hours 50 minutes and 20 seconds change of longitude represent?

Select one:

87° 35
80° 05
35° 15
81° 25

125. Question

What do the letters DME stand for?

Select one:

Distance Monitoring Equipment.
Distance Measuring Equipment.
Direction Monitoring Emissions.
Direction Measuring Equipment.

126. Question

What distance on the Earth represents 1° of a Great Circle arc?

Select one:

100NM
60KM
1NM
60NM

127. Question

Using Lithuanian VFR map please find your position. As ref. point take Šiauliai VOR radial = 3070 and Klaipėda VOR radial = 530.

Your position is:

Select one:

Vydeniai
Perloja
Varėna
Matuizos

128. Question

Using the wind face of your flight computer, complete the table shown below

HDG°(T) W / V TRAC°(T) TAS GS

299 ? 293 125 120

Select one:

006/14
185/14
051/10
232/10

129. Question

Using the wind face of your flight computer, complete the table shown below:

HDG°(T) W / V TRAC(T) TAS GS

? 045/40 224 100 ?

Select one:

225°T 140 knots
223°T 60 knots
223°T 140 knots
225°T 60 knots

130. Question

Using the wind face of your flight computer, complete the table shown below:

HDG°(T) W / V TRACK°(T) TAS(knots) GS (knots)

? 170/15 287 100 ?

Select one:

270° 95 knots
275° 100 knots
279° 105 knots
285° 100 knots

131. Question

Using the wind face of your flight computer, complete the table shown below:

HDG°(T) W / V TRACK°(T) TAS GS

270 ? 265 135 108

Select one:

070/30
290/30
250/25

132. Question

Using the wind face of your flight computer, complete the table shown below:

HDG°(T) W / V TRACK°(C) TAS GS

? 270/20 132 105 ?

Select one:

132 118
139 120
125 120
140 105

133. Question

Using the circular slide rule on your flight computer for distance, speed, time and conversion calculations, complete the table shown below:

Nautical Mile Statute Mile Kilometre

? 27 43.5

Select one:

24,2
23,4
25
25,7

134. Question

Using the circular slide rule on your flight computer for distance, speed, time and conversion calculations, complete the table shown below:

Nautical Mile Statute Mile Kilometre

? ? 87

Select one:

47, 56
47, 54
54, 47
49, 62

135. Question

Using the circular slide rule on your flight computer for distance, speed, time and conversion calculations, complete the table shown below:

Fuel Flow Time Fuel Used

140 litres/hr 1h20min ?

Select one:

184 litres
189 litres
180 litres
187 litres

136. Question

Using the circular slide rule on your flight computer for distance, speed, time and conversion calculations, complete the table shown below:

Metres Feet

120 ?

Select one:

393
390
397
395

137. Question

Using the circular slide rule on your flight computer for distance, speed, time and conversion calculations, complete the table shown below:

Ground Speed(kt) Distance(nm) Time(min)

145 ? 15

Select one:

38
37
35
36

138. Question

Using the circular slide rule on your flight computer and complete the table shown below:

Fuel Flow: ?

Time: 3h25min

Fuel Used: 400 Imp. Gal

Select one:

128 Imp. Gall per hr
118 Imp. Gall per hr
120 Imp. Gall per hr
117 Imp. Gall per hr

139. Question

Using navigation computer convert 22 NM to KM.

Select one:

35,2
40,7
11,9
44

140. Question

Using Lithuanian VFR map, please find Your position. As ref. point take KNA VOR radial 1540, Vilnius NDB QDM = 390.

Your position is:

Select one:

Vydeniai
Perloja
Varėna
Matuizos

141. Question

Using Lithuanian VFR map, please find Your position. As ref. point take ŠIAULIAI VOR / DME with radial 2500 and distance 50 km (27 nm).

Your position is:

Select one:

Kolainiai
Užventis
Junkilai
Minupiai

142. Question

Use the 1 in 60 rule to answer the following question: You are flying from L to M, which is a required track of 220(T). You find that your position is 45 nm outbound from L and 3 nm right of the required track. What is your track made good? (track made good is the actual track that your aircraft has made over the ground)

Select one:

210°(T)
221°(T)
227°(T)
224°(T)

143. Question

Use the 1 in 60 rule to answer the following question: You are flying from C to D. You find that your position is 120 nm outbound from C and 8 nm right of the required track. What is your track error angle (TEA)?

Select one:

8° R
4°R
12° R
24° R

144. Question

Two places on the equator are 8° long apart. If cosine of 0° is 1 what is the distance between the two places?

Select one:

480 nm
960 nm
480 km
840 nm

145. Question

True North is:

Select one:

The direction along any meridian toward the true north pole.
Is in any direction out from the true north pole.
The direction along the meridian, toward the north pole when on the northern hemisphere and toward the south pole when on the southern hemisphere.
The direction along a meridian.

146. Question

To find the time in minutes to fly 125 nm at 248 kt:

Select one:

30 min.
30 min.
40 min.
20 min.

147. Question

To find the reciprocal direction of 353°:

Select one:

353º-90=263º
353º+90=083º
353º±180=173º
353º-280=073º

148. Question

To find the reciprocal direction of 280°:

Select one:

360-180=180
280-90=190
280-180=100
360-280=080

149. Question

To find the distance along a parallel of latitude represent a Rhumb Line distance if position A 53°N10°W and B 53°N15°E° (cos53°=06 sin53°=08 tan53°=133)

Select one:

541,6 nm
800 nm
902,7 nm
1200,6 nm

150. Question

To determine the Maximum Range if Groundspeed 120 kt Fuel Flow 60 kg/h and fuel available 240 kg:

Select one:

480 nm
960 nm
600 nm

151. Question

The wind velocity is 359/25. An aircraft is heading 180 at a TAS of 198 knots. (All directions are True). What is its track and groundspeed?

Select one:

180 220
175 223
180 223
179 220

152. Question

The Warrior has a fuel capacity of 50 US gallons (189 litres). What weights a fuel at specific gravity (SG) 072?

Select one:

136 kg
189 kg
2625 kg

153. Question

The value of magnetic variation on a chart changes with time. This is due to:

Select one:

increase in the magnetic field, causing an increase.
movement of the magnetic poles, which can cause either an increase or a decrease.
movement of the magnetic poles, causing an increase.
reduction in the magnetic field, causing a decrease.

154. Question

Two examples of secondary radar are:

Select one:

AWR and SSR
VOR and DME
VOR and DECCA
SSR and DME

155. Question

The transmission frequency of a DME beacon is 63 MHz removed from the aircraft interrogator frequency to prevent;

Select one:

interference from other radars.
the airborne receiver locking on to primary returns from its own transmissions.
receiver accepting replies intended for other interrogators.
static interference.

156. Question

The transition altitude is:

Select one:

Altitude at and below which vertical position is controlled by reference to QNH.
A level below which QNH must be used and is published in the AIP.
3000 feet AMSL.
Altitude above which vertical position is controlled by reference to SPS.

157. Question

The total length of the 30° Latitude is:

Select one:

10.800 nm
10.800 km
18.706 nm
18.706 km

158. Question

The sun may remain above the horizon all day:

Select one:

at latitudes higher than 66°N.
at latitudes higher than 45°N.
at latitudes higher than 10°N.
at latitudes lower than 66°N.

159. Question

The Standard Time (ST) of Lithuanian is:

Select one:

UTC-2h
UTC+1h
UTC+2h
ST=UTC

160. Question

The speed of 30 kt represents:

Select one:

55,5 km/h
16,2 km/h
30 km/h
41 km/h

161. Question

The speed of 20 kt represents:

Select one:

37 km/h
11 km/h
41 km/h
30 km/h

162. Question

The speed of 10 m/s represents:

Select one:

15 kt
66 kt
20 kt
25 kt

163. Question

The Space segment of GPS system comprises:

Select one:

a constellation of satellite's in 6 orbital planes (3 sat. are operational and the other 21 are in-space spare to be activated to replace any failure of an operational satellite's).
a constellation of satellite's in 6 orbital planes (21 sat. are operational and the other 3 are in-space spare to be activated to replace any failure of an operational satellite's).

164. Question

The Route MORA (by Jeppesen Formula on current ONC or WAC charts) are calculated:

Select one:

1, 2
MORA values clear all terrain and man-made obstacles by 1000 ft in areas where the highest terrain elevation or obstacles are up to 5000 ft. (1)
In all cases MORA values guarantee obstacles clearances of 1500 ft.
MORA values clear all terrain and man-made obstacles by 2000 ft in areas where the highest terrain

165. Question

The Route MORA (by Jeppesen Formula on current ONC or WAC charts) are calculated

Select one:

On the basis of areas extending 20 nm to either side of rout centerline and including a 20 nm radius beyond the radio fix/reporting point or mileage break defining the route segment.
On the basis of areas extending 10 nm to either side of rout centerline and including a 10 nm radius beyond the radio fix/reporting point or mileage break defining the route segment.

166. Question

The transition layer is the airspace between:

Select one:

The transition level and mean sea level.
The transition altitude and the transition level.
Mean sea level and the transition altitude.
3000 ft and the transition level.

167. Question

The prime meridian is:

Select one:

The meridian 180 (E/W).
The mid meridian on a chart.
The meridian running through Greenwich, England.
The meridian having the highest value of longitude.

168. Question

The Prima (Or Greenwich) Meridian passing through Greenwich (UK) is the datum for defining Longitude and is the equivalent of the:

Select one:

X axis of the Cartesian system.
Y axis of the Cartesian system.

169. Question

The poles on the surface of the earth may be defined as:

Select one:

The points from where the distance to the equator is equal.
The points where the earths axis of rotation cuts the surface of the earth.
The points on the surface of the earth where all meridians intersect at right angles.
The points at which the vertical lines runs through the centre of the earth.

170. Question

The OBS on a deviation indicator is set to 330° and gives 3 dots fly right demand with FROM indicated. What is the QDM of the aircraft to the station?

Select one:

144
324
156
336

171. Question

The pressure altimeter is calibrated in according with:

Select one:

The environmental lapse rate of temperature.
The International Standard Atmosphere (ISA).
The jet standard atmosphere.
The actual lapse rate of temperature.

172. Question

The minimum period of twilight at all places of the Equator is:

Select one:

60 minutes
21 minutes
45 minutes
30 minutes

173. Question

The maximum safe fly-up indication on ILS approach when using a meter with a 5 dot display is:

Select one:

07°
2,5 dots
1,0 dot
035°

174. Question

The line on the Earth’s surface along which all points have the same variation is know as the:

Select one:

Aclinic line.
Isoclinal.
Agonic line.
Isogonal.

175. Question

The kilometer is 1/10 000th of the average distance on the Earth between:

Select one:

Two meridians.
Two parallels.
Equator and either Pole.
South Pole and North Pole.

176. Question

The headings of the aircraft:

Select one:

deflects deviation indicator(OBI) on a VOR/ILS to the right.
deflects deviation indicator(OBI) on a VOR/ILS to the left.
does not affect the display on a VOR/ILS deviation indicator (OBI).
affect the display on a VOR/ILS deviation indicator (OBI).

177. Question

The Global Positioning System use frequency band:

Select one:

VHF
UHF
HF
LF

178. Question

The following rules applies to convert LMT into UTC:

Select one:

. Longitude east UTC best (more advanced) Longitude west UTC least (less advanced).
UTC east Longitude least (less advanced) UTC west Longitude best (more advanced).
Longitude east UTC least (less advanced) Longitude west UTC best (more advanced).

179. Question

The figures are shown in thousand and hundreds of feet (omitting the last two digits so as to avoid chart congestion) within each Grid formed by charted lines of latitude and longitude are:

Select one:

a Route MORA
a Minimum Sector Altitude (MSA)
a Minimum Descend Altitude (MDA)
a Grid MORA

180. Question

The Earth’s Magnetic North and South poles are located:

Select one:

On the Small Circle.
Off the geographic pole.
With the geographic pole.
At the Equator.

181. Question

The distance displayed by the DME indicator is:

Select one:

Slant range in kilometers.
Correct ground range.
Slant range in nautical miles.
Slant range in statute miles.

182. Question

The direction of the Earths rotation on its axis is such that:

Select one:

Any point on the surface of the Earth will move westward.
Observed from the point above the North Pole, the rotation is counter-clockwise.
Any point on the surface of the Earth will move eastward.
An observer on the surface of the earth always will face West when observing sunrise.

183. Question

The Designated Operational Coverage quoted for VOR beacons in the COMM section of the Air Pilot;

Select one:

is only applicable by day.
defines the airspace within which an aircraft is assured of protection from interference from other VORs on the same channel.
is determined by the type of surface over which the signal will have to travel.
guarantees a Protection Ratio of at least 3 to 1 by day and night.

184. Question

The Civil twilight occurs when the center of the Sun’s is:

Select one:

6° above the sensible horizon.
between 6° and 12° below the sensible horizon.
6° or less below the sensible horizon.
between 12° and 18° below the sensible horizon.

185. Question

The basic information given by the ADF is:

Select one:

The magnetic direction of the loop aerial with reference to the sense aerial.
The relative bearing from the aircraft to the NDB.
The magnetic bearing from the aircraft to the NDB.
The true great circle track from the NDB to the aircraft.

186. Question

The angular difference between the greet circle and rhumb line is called conversion angle (CA) and it’s value is:

Select one:

is same as convergence.
1/2 of convergence.

187. Question

The Angle of Dip Earth’s magnetic field maximum is:

Select one:

It is the same at any point on the Earth.
At Equator.
At middle latitudes.
At poles.

188. Question

The angle between True North and Magnetic north is known as:

Select one:

dip.
variation.
alignment error.
deviation.

189. Question

The aircraft’s relative bearing in crosswind condition on outbound from NDB track are 170° The aircraft’s position is:

Select one:

in front of NDB
on track
right of track
left of track

190. Question

The aircraft’s relative bearing in crosswind condition on inbound to NDB track are 350°. The aircraft’s position is:

Select one:

left of track.
over the radio beacon.
on track.
right of track.

191. Question

The aircraft on Magnetic Track to station 090° wishes to obtain bearing information calls up on appropriate VHF RT channel Kaunas Tower LY ABG request QDM. If the variation E10° the bearing information are:

Select one:

270°
090°
280°
100°

192. Question

The aircraft maintain magnetic heading 080° to NDB and relative bearing is 0°. The QDM are:

Select one:

000°
360°
080°
260°

193. Question

The aircraft has descend from 9500 ft to 1000 ft in 20 nm at ground speed of 100 kt what is minimum rate of descend required?

Select one:

710 ft/min.
1200 ft/min.
1000 ft/min.
800 ft/min.

194. Question

The Equator is:

Select one:

Great Circle (2)
Both 1 and 2 are correct
Rhumb Line (1)
Neither Rhumb line nor Great Circle line

195. Question

The aircraft has descend from 3000 ft to 600 ft in 20 nm at ground speed of 200 km/h (110 kt) with rate of descend of 2 m/s (400 ft/min). What distance aircraft has covered during descent?

Select one:

11 km / 20 Nm
23 km / 12 Nm
20 km / 11 Nm
15 km / 8 Nm

196. Question

The Aircraft has a fuel capacity of 50 US gallons (189 litres). What weights a fuel at specific gravity (SG) 0.72?

Select one:

200 kg
136 kg
189 kg
2625 kg

197. Question

The aircraft fuel consumption 30 kg/h TAS 150 kt wind head component 60 kt for distance 200 nm to find the air miles (equivalent distance) and trip fuel:

Select one:

250 nm / 80 kg
150 nm / 50 kg
333 nm / 66 kg

198. Question

Specific Fuel Consumption (SFC) is defined as weight of fuel (kg) required to fly 1 nm The lower the SFC __________ :

Select one:

the more economical the flight.
the less economical the flight.

199. Question

Select the correct option to fill out the blanks of the table below:

HDG (TRUE); VAR; HDG (MAG); DEV; HDG (COMP)

306; 10E; ???; 1W; ???

Select one:

295, 298
296, 297
295, 297
296, 298

200. Question

RWY direction is 353º. Find opposite direction:

Select one:

173º
360º
263º
073º

201. Question

Runway directions 275° is called:

Select one:

RWY 27
RWY 28
RWY 270
RWY 027

202. Question

Runway directions 273° is called:

Select one:

RWY 27
RWY 270
RWY 027
RWY 28

203. Question

Runway directions 078° is called

Select one:

RWY 80
RWY 080
RWY 78
RWY 08

204. Question

Rate of descend of 10 m/s represents:

Select one:

1200 ft/min
2000 ft/min
1000 ft/min
200 ft/min

205. Question

Radar is the Transmission of Electromagnetic Radio Energy and Detection of the Reflected Energy back at the point of Transmission. The statement is:

Select one:

it depends on the situation.
incorrect.
radar operates on another principle.
correct.

206. Question

QNH=1000 hPa, airfield elevation 100 FT MSL. QFE will be:

Select one:

996 hPa
1007 hPa
1004 hPa
990 hPa

207. Question

Precision RNAV (P-RNAV) must be accurate to within 10 nm on 95% of occasions. It is:

Select one:

incorrect
correct

208. Question

Position A is at latitude 33º 45N and position B is at latitude 14º 25N. What is the change in latitude between A and B?

Select one:

48º 10"
19º 20"
76º 15"
23º 45"

209. Question

Parallels of latitude, except the equator are:

Select one:

Great circles.
Are neither Rhumb lines nor Great circles.
Both Rhumb lines and Great circles.
Rhumb lines.

210. Question

The accuracy associated with DME is:

Select one:

+ or – 3% of range.
+ or – 0.2 nm.
+ or – 3% of range, or 0.5 nm, whichever is greater.
+ or – 1.25% of range.

211. Question

Parallels of Latitude is:

Select one:

Rhumb lines and Great Circles at the same time.
Rhumb Lines.
Neither Rhumb lines nor Great Circles.
Greats Circles.

212. Question

Over position A an aircraft sets heading for B a ground distance of 78 nm.After traveling 30 nm along track pilot fixes the aircraft at position 4 nm port (left) off track. What is the Track Error(TE)? Track Error=(Distance off x 60) / Distance Gone

Select one:

4° (TMG is 4° port / left of planned track)
4° (TMG is 4° port / left of planned track) b. 8° (TMG is 8° port / left of planned track)
10° (TMG is 8° port / left of planned track)
6° (TMG is 6° port / left of planned track)

213. Question

On aircraft heading 270°T and TAS 120 kt W/V 180°/30 kt to estimate the drift angle:

Select one:

+5°
+15°
+10°
-10°

214. Question

One minute of latitude is:

Select one:

All are correct
6080 feet
1852 metres
1 nautical mile

215. Question

On a chart, 49 nautical miles is represented by 7.0 centimetres. What is the scale?

Select one:

1 / 1,296,400
1 / 2,015,396
1 / 700,000
1 / 1,156,600

216. Question

Magnetic track is angle between:

Select one:

True North meridian and aircraft longitudinal axis.
True North meridian and line on the Earth.
True North meridian and Magnetic North meridian.
Magnetic North meridian and line on the Earth.

217. Question

Magnetic heading is angle between:

Select one:

Magnetic North meridian and line on the Earth.
Magnetic North meridian and True North meridian.
Magnetic North meridian and aircraft longitudinal axis.
True North meridian and aircraft longitudinal axis.

218. Question

Longitude is given in degrees and measured in direction:

Select one:

North/South from 0° to 180°
East/West from Greenwich meridian from 0° to 180°
North/South from 0° to 90°

219. Question

LMT at the Greenwich Meridian is known as:

Select one:

Greenwich Mean time (GMT)
Coordinated Universal Time (UTC)
All are correct
Zulu Z

220. Question

Latitude may be defined as:

Select one:

The displacement of a place from equator.
The angular distance measured along a meridian from the equator to a parallel of the latitude, measured in degrees, minutes, and seconds and named North or South.
The angle between the plane of the equator and the plane of the parallel of latitude.
The distance from equator to a place on the surface of the earth.

221. Question

Latitude is given in degrees and measured in direction:

Select one:

East/West from Greenwich meridian from 0° to 90°.
East/West from Greenwich meridian from 0° to 180°.
North/South from 0° to 180°.
North/South from 0° to 90°.

222. Question

Inbound to VOR aircraft in 1 min. passed 1.7 NM. What is Groundspeed?

Select one:

96 KT
110 KT
109 KT
102 KT

223. Question

In the areas close to the magnetic poles compasses are not to any use in air navigation, mainly because:

Select one:

The distance from the magnetic equator is too long.
The field strength of the Earths magnetic field is at it is weakest in this area.
The inclination is insufficient in these areas.
The horizontal component of the Earths magnetic field is too weak.

224. Question

In still air, you wish to fly a true of 315°. Variation is 4° W. Deviation is 2E. What Compass heading should you fly?

Select one:

313
317
321
309

225. Question

In producing chart projections, the following projection surfaces may be used:

Select one:

Plane, Sphere, Cone.
Parabola, Cone, Plane, Cylinder.
Plane, Cylinder, Cone.
Cylinder, Sphere, Plane.

226. Question

In an area with a constant QNH 1012 hPa an aircraft is flying at FL120. The aircraft’s true altitude will depend upon:

Select one:

True altitude is always the same as Indicated altitude.
The temperature of the air below the aircraft.
The terrain below the aircraft.
The correct setting of local QFE on the sub-scale.

227. Question

In addition to Left/Right display the deviation indicator of VOR shows a TO:

Select one:

when aircraft's QDM is within about 30° of the bearing selected.
when aircraft's QDM is within about 50° of the bearing selected.
when aircraft's QDM is within about 60° of the bearing selected.
when aircraft's QDM is within about 80° of the bearing selected.

228. Question

In addition to Left/Right display the deviation indicator of VOR shows a FROM:

Select one:

when aircraft's QDR is within about 30° of the bearing selected.
when aircraft's QDR is within about 80° of the bearing selected.
when aircraft's QDR is within about 60° of the bearing selected.

229. Question

If________is set on the subscale of an altimeter, it will indicate height. Choose one answer.

Select one:

QNH
QFE
1013.2 mb
QFF

230. Question

If________is set on the subscale of an altimeter, it will indicate flight levels. Choose one answer.

Select one:

1013,2 mb
QNE
QFF
QNH

231. Question

If________is set on the subscale of an altimeter, it will indicate altitude. Choose one answer.

Select one:

QFE
QFF
1013.2 mb
QNH

232. Question

If when correction on RAS (CAS) value of 150 kt a TAS value of 146 kt is obtained:

Select one:

No allowance has been made for compressibility.
An error must have been made in the calculation.
Actual atmosphere meets ISA condition.
The density of the atmosphere must be greater than the ISA mean see level air density.

233. Question

If the UTC (GMT) is 10 27 30h what is the LMT at 47°32’W?

Select one:

10h 27min 30s
07h 17min 22s
13h 27min 38s
08h 17min 22s

234. Question

If the LMT in position 47°30’N 00°00′ is 1200h what is the LMT in the position 54°20’S 00°00′?

Select one:

20h 47min 0s
18h 47min 0s
06h 47min 50s
12h 00min 00s

235. Question

If the aircraft is 3° off required track at a range of 120 nm how far in nm is the aircraft off required track?

Select one:

3 nm
15 nm
6 nm
6 km

236. Question

If the aircraft is 2 nm off required track at a range of 40 nm what it the angle off track (track error)? Distance = Angle x (Range/60)

Select one:

6°
9°
3°
5°

237. Question

If on a chart 30 km represented 6 cm what is the scale of the chart?

Select one:

1:500 000
1:200 000
1:150 000
1:1 000 000

238. Question

If deviation is -3°(W) and magnetic variation is +3°E:

Select one:

True heading is greater than magnetic heading.
Magnetic heading is greater than compass heading.
Compass magnetic and true heading are all the same.
Compass heading is greater than true heading.

239. Question

If AVGAS has a specific gravity (SG) 0.72. What will weight one liter of AVGAS?

Select one:

1.0 kg
7.2 kg
0.72 kg
72 kg

240. Question

Heading is 156° T, TAS is 320 knots, W/V is 130° /45. What is your true track?

Select one:

152
104
222
160

241. Question

Hard iron magnetism in aircraft:

Select one:

Is easily compensated for by de-gaussing (de-magnetisation).
Is permanent of nature.
Will change with aircraft heading.
Will be the same in all aircraft of the same type.

242. Question

Groundspeed is 540 knots. 72 nm to go. What is time to go?

Select one:

12 min.
18 min.
9 min.
8 min.

243. Question

Groundspeed is 220 km/h (120 knots). Distance 426 km (230 nm). What is time to go?

Select one:

2h 00 min
1h 30 min
1h 57 min
1h 50 min

244. Question

Groundspeed is 220 km/h (120 knots). Distance 127 km (68,5nm). What is time to go?

Select one:

31 min
35 min
30 min
37 min

245. Question

Groundspeed is 210 km/h (114 knots). Distance 115 km (62,1 nm). What is time to go?

Select one:

35 min.
33 min.
31 min.
30 min.

246. Question

Groundspeed is 200 km/h. Distance 140 km. What is time to go?

Select one:

42 min
38 min
45 min
30 min

247. Question

Groundspeed is 200 km/h (108 knots). Distance 214 km (115,5 nm). What is time to go?

0 h 57 min
1 h 00 min
1 h 04 min
1 h 10 min

248. Question

Given: true track is 348°, variation 32° W. What is the magnetic heading?

360°
020°
316°
380°

249. Question

Given: True Track 352°(T), Variation 11W, Deviation 5E. What is Compass Heading °(C)?

Select one:

336°(C)
008°(C)
358°(C)
346°(C)

250. Question

Given: TAS = 132 kt HDG (T) = 053° W/V = 205/15kt Calculate the Track (° T) and GS?

Select one:

047 – 144 kt.
051 – 134 kt.
056 – 143 kt.
050 – 145 kt.

251. Question

Given: TAS 140 KT Heading 005°(T) W/V 265/25 Calculate the drift and groundspeed:

Select one:

10R, 146KT
10R, 140KT
10L, 145KT
06R, 146KT

252. Question

Given: magnetic heading is 142°, variation 05° E. What is the true track?

Select one:

137°
150°
033°
147°

253. Question

Given: magnetic heading is 048°, deviation 07° E. What is the compass heading?

Select one:

033°
041°
055°
359°

254. Question

Given: ILS GP angle = 3 DEG, GS = 150 kt. What is the approximate rate of descent?

Select one:

550 ft/min
750 ft/min
820 ft/min
600 ft/min

255. Question

Given: IAS 120 kts, FL80, COAT +20°. The TAS is:

Select one:

141 kts.
102 kts.
120 kts.
132 kts.

256. Question

Given: Heading 100°(T), TAS 150 KT, W/V 360/25KT. Calculate the Drift angle, Track and GS:

Select one:

DA= 9°L, Track =091°(T), GS=144KT
DA= 9°R, Track=109°(T), GS=156KT
DA= 5°R, Track =105°(T), GS=154KT
DA= 5°L, Track =095°(T), GS=144KT

257. Question

Given: GS = 105 kt. Distance from A to B = 103 NM. What is the time from A to B?

Select one:

00 HR 55 MIN.
00 HR 56 MIN.
00 HR 59 MIN.
01 HR 01 MIN.

258. Question

Given: Distance A to B is 90 NM, Fix obtained 60 NM along and 4 NM to the right of course. What heading alteration must be made to reach B?

Select one:

12° Left.
4° Left.
16° Left.
8° Left.

259. Question

Given: aircraft height 2500 FT, ILS GP angle 3°. At what approximate distance from THR can you expect to capture the GP?

Select one:

7,8 NM
8 NM
8,3 NM
9 NM

260. Question

Given a chart scale of 1:1,000,000, what is represented by a chart distance of 8 inches?

Select one:

110 nm
115 nm
123 nm
103 nm

261. Question

G/S= 240 KT, Distance to go 500 NM. What is time to go?

Select one:

2 h 12 m
1 hour
2 h 05 m
20 minutes

262. Question

Fuel flow per HR is 22 US-GAL, total fuel on board is 83 IMP GAL. What is the endurance?

Select one:

4 HR 32 MIN
3 HR 53 MIN
3 HR 12 MIN
2 HR 15 MIN

263. Question

For calculation to determine flight time it is used:

Select one:

TAS
GS
CAS
IAS

264. Question

Find the UTC if LMT in Cairo (longitude 30°E) is 0900 hours:

Select one:

0700 UTC
1100 UTC
0900 UTC
1000 UTC

265. Question

Find the LMT in Berlin (longitude 13°E) if the UTC is 1345 hours:

Select one:

1253 LMT
1053 LMT
1437 LMT
1345 LMT

Navigation

Quiz Summary

Information

Results

Results

Categories

1. Question

A DME receiver does not lock on to signals reflected from the ground because:

2. Question

Airport elevation is 600 ft MSL. To know local QNH pilot must:

3. Question

An aircraft is descending from 5000 ft to 1400 ft at a speed of 220 km/h (120 kts). What distance would an aircraft travel during descent? Rate of descend 600 ft/min:

4. Question

A great circle is defined as:

5. Question

An Agonic line joins points of:

6. Question

An aircraft is en route from A to B. A and B are 200 NM apart. After traveling 80 NM, the pilot pinpoints the position as being 8 NM right of track. Determine the change in heading required to make track good the destination B.

7. Question

A pilot wishes to obtain the magnetic bearing of his aircraft from a VDF station. Which of the following terms would he use:

8. Question

An aircraft accelerates on a easterly heading in the northern hemisphere. Magnetic compass will indicate:

9. Question

A Radial is magnetic bearing from a VOR. It is:

10. Question

An aircraft accelerates on a westerly heading in the northern hemisphere. The direct reading compass will:

11. Question

A radio wave detected by an aircraft’s receiver will have followed:

12. Question

An aircraft accelerates on a westerly heading in the northern hemisphere. The needle of the direct reading compass will:

13. Question

A small circle:

14. Question

An aircraft at FL350 is required to commence descent when 85 NM from a VOR and to cross the VOR at FL80. The mean GS for the descent is 340 kt. What is the minimum rate of descent required?

15. Question

A typical ILS localizer frequency is:

16. Question

An aircraft at FL350 is required to descend to cross a DME facility at FL80. Maximum rate of descent is 1800 FT/MIN and mean GS for descent is 276 kt. The minimum range from the DME at which descent should start is:

17. Question

A VDF QDM given without an accuracy classification may be assumed to be accurate to within:

18. Question

An aircraft at FL370 is required to commence descent when 100 NM from a DME facility and to cross the station at FL120. If the mean GS during the descent is 396 kt, the minimum rate of descent required is approximately:

19. Question

VOR radial may be defined as;

20. Question

An aircraft cruising at TAS 110 kt has Fuel flow 60 kg/h. Determine a fuel needed to flight the distance of 270 nm if the Wind head component is 20 kt:

21. Question

After passing the transition level (TL), altitude is measured by:

22. Question

An aircraft departs from point E, intending to fly the direct track to point F, 160 NM away. After 85 NM a fix is obtained which puts the aircraft 11 NM to the port of the intended track. Determine the alteration of heading required from fix to point F.

23. Question

A Rhumb Line is a regularly curved line on the surface of the Earth which:

24. Question

Aircraft in DR position 43N081W obtain QDM 173° from A (39N084W) where VAR36°E. What would you plot?

25. Question

An aircraft flying from M to N distance 55 nm. After 25 nm the aircraft is 2,5 nm right of track. What of heading is required to fly directly to N?

26. Question

A direct Mercator graticule is based on a projection that is:

27. Question

Aircraft magnetic bearing (QDR) differs from station magnetic bearing (QDM) as follows:

28. Question

An aircraft in the northern hemisphere makes an accurate rate one turn to the right/starboard. If the initial heading was 330° , after 30 seconds of the turn the direct reading magnetic compass should read:

29. Question

A correct definition of longitude is:

30. Question

Aircraft’s Magnetic Bearing from the station used for en-route navigation are:

31. Question

An aircraft is 12 nm off track when 240 nm from away point. What is the angular deviation from the track? Distance = Angle x (Range/60)

32. Question

1° of Great Circle arc correspond 111km. Determine the same angular Rhumb line distance (Lx) at 60° latitude. It is known, that D=dLong•cos(Lat):

33. Question

Aircraft’s Magnetic Heading to steer in zero wind to reach the station used mainly for station homing and letdowns are:

34. Question

An aircraft is 4° off track of 90 nm from a turning point (waypoint). What is the distance off track in nm? Distance = Angle x (Range/60)

35. Question

1NM is defined as:

36. Question

Aircraft’s True Bearing from the station used for plotting position on a chart are:

37. Question