Lernkartei PPL(A) PL060 Navigation and radio aids (Seite 2 von 5)

Karten	191
Sprache	English
Kategorie	Technik
Stufe	Andere
Erstellt / Aktualisiert	25.04.2022 / 29.04.2022
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The shorter arc of great circle designating the shortest distance between two points on Earth's surface is:

Orthodrome.

Rhumb line.

The curve connecting these points, comprising a number of rhumb lines.

Isohips.

The heading of the aircraft is the angle measured to the right from 0° to 360 ° between:

The northern direction of the meridian and the longitudinal axis of the aircraft.

The northern direction of the meridian and the desired track of the aircraft.

The northern direction of the meridian and the transverse axis of the aircraft.

The northern direction of the meridian and the runway direction.

During the summer in Poland, Coordinated Universal Time (UTC) will be calculated by:

Subtracting 2 hours from the local time (LMT) [UTC = LMT-2h].

Adding one hour to the local time (LMT) [UTC = LMT+1h].

Adding two hours to the local time (LMT) [UTC = LMT+2h].

Subtracting one hour from the local time (LMT) [UTC = LMT-1h].

The line connecting points of equal declination values is:

Isogon.

Declination.

Deviation.

Inclination.

The line on the surface of the Earth crosses the meridians at the same angles are:

Rhumb line.

Orthodrome.

Isogon.

Isobar.

The arc between the two geographical poles of the Earth, which is the intersection of the surface of the Earth plane with the plane passing through the axis of rotation of the Earth, is:

Earth's meridian.

The equator.

Longitude.

Latitude.

The arc formed by intersecting the Earth's surface with a plane perpendicular to the axis of the Earth, passing through its center, is:

The equator.

Earth's meridian.

Longitude.

Latitude.

Given the following data: true heading 200 degrees, declination 10 degrees W, magnetic variation -4 degrees, provide the compass heading:

214 degrees

186 degrees

206 degrees

194 degrees

On the aeronautical chart scaled 1: 1,000,000 a 20 cm section corresponds to the actual ground distance of:

200 km

50 km

100 km

20 km

On the aeronautical chart scaled 1: 200,000 a 20 cm section corresponds to the actual ground distance of:

40 km

20 km

80 km

100 km.

On the aeronautical chart scaled 1: 500,000 a 20 cm section corresponds to the actual ground distance of:

100 km

50 km

10 km

200 km.

On the aeronautical chart scaled 1: 500,000 the distance between points is 27 cm. What is the actual distance between those points?

73 NM

54 NM

108 NM

135 NM

Setting the altimeter scale so that it indicates terrain elevation, when on the ground (at the aerodrome) is denoted as:

QNH

QNE

QFE

QDM

True track = 259°, Magnetic track = 255° , Magnetic deviation = 2°. The values of declination and compass heading are, respectively:

4°E, 253°

2°W, 255°

4°W, 251°

2°E, 249°

True track = 358 °, magnetic variation = 5 °, compass deviation = 4°. Magnetic track and compass heading values are, respectively:

003°, 359°

359°, 003°

007°, 010°

360°, 359°

The distance between 10 and 11 ° west longitude on the equator is:

111 km

60 km

60 statute Miles.

111 NM

The distance between 29 and 30 degrees east longitude on the equator is:

111 km

60 km

60 Statute miles

111 NM

The distance between 45 and 46 ° N latitude is:

111 km

60 km

60 Statute miles

111 NM

The term "knot" [kt] mean:

NM/h

SM/h

km/h

m/h

Provide the length of Earth's equator:

21 600 NM

21 600 km

12 714 NM

6 865 NM

Earth's meridian is:

The arc connecting the two geographical poles of the Earth, which is the intersection of the surface of the Earth plane with the plane passing through the axis of rotation of the Earth.

The arc formed by the intersection of the Earth's surface with a plane perpendicular to Earth's axis, passing through its center.

The dihedral angle between the prime meridian plane and the plane of the meridian passing through the given point on Earth's surface.

The angle between the equator and the vertical (radius) of the given point.

15 m/s converted into knots are:

30

27

24

34

180 km/h converted into m/s is:

50

30

60

90

20 m/s converted into km/h are:

72

24

100

88

Ground speed is:

The speed of the aircraft relative to the ground.

CAS with taking wind into consideration.

IAS with taking wind into consideration.

Mach number.

When calculating azimuths (track) on the ICAO map smallest measurement error is achieved when:

The protractor is applied to the meridian closest to the center of the flight route.

The protractor is applied to the departure point of the flight route.

The protractor is applied to the point of intersection of the extension of the track section with the meridian of the map frame.

The protractor is applied to the destination point of the flight route.

Points A and B are at the distance of approx. 15 km from each other. The distance on the map is 6 cm. What is the scale of this map?

1: 250 000

1: 300 000

1: 400 000

1: 500 000

Points A and B are at the distance of approx. 25 km from each other. The distance on the map is 10 cm. What is the scale of this map?

1: 250 000

1: 300 000

1: 400 000

1: 500 000

Points A and B are at the distance of approx. 45 km from each other. The distance on the map is 9 cm. What is the scale of this map?

1: 500 000

1: 250 000

1: 400 000

1: 300 000

QFE is:

Atmospheric pressure at the airport or the runway threshold.

The pressure at mean sea level.

Standard pressure.

Factory setting of the altimeter.

QNH is:

Altimeter setting indicating a hill when on the ground (at the aerodrome).

Atmospheric pressure at the airport or the runway threshold.

Standard pressure.

Factory setting of the altimeter.

Earth's equator is:

The arc formed by the intersection of the Earth's surface with a plane perpendicular to the Earth's axis, passing through its center.

The arc connecting the two geographical poles of the Earth, which is the intersection of the surface of the Earth with the plane passing through the Earth's axis of rotation.

The dihedral angle between the prime meridian plane and the plane of the meridian passing through the given point on Earth.

The angle between the equator and the vertical (radius) of the given point.

Earth's equator creates with all meridians the angle of:

90°

45°

180°

Latitude is:

The angle between the equator's plane and the vertical (radius) of the given point.

The arc formed by the intersection of the Earth's surface with a plane perpendicular to the Earth's axis, passing through its center.

The dihedral angle between the prime meridian plane and the plane of the meridian passing through the given point on Earth.

The arc connecting the two geographical poles of the Earth, which is the intersection of the surface of the Earth with the plane passing through the Earth's axis of rotation .

The average cruising speed of the aircraft is 60 km / h. Within 18 minutes the aircraft will fly the distance of:

18 km

12 km

3 km

23 km

VSI shows a value of 500 ft / min. Converted into m/s the value will be:

2.5 m/s

3.5 m/s

5.0 m/s

15 m/s

VSI shows the value of 750 ft / min.Converted into m/s the value will be:

3.8 m/s

2.5 m/s

5.0 m/s

7.5 m/s

The altitude is:

The height measured from mean sea level.

The height from the ground level, over which the aircraft flying at a time.

The height measured from any surface (level), e.g. the level of the runway threshold.

None of the above.

The true altitude is:

The height from the ground level, over which the aircraft is flying at the time.

The height measured from mean sea level.

The height measured from any surface (level), e.g. the level of the runway threshold.

None of the above.

The height is:

The height measured from any surface (level), e.g. the level of the runway threshold.

The height from the ground level, over which the aircraft is flying at the time.

The height measured from mean sea level.

None of the above.

PPL(A) PL060 Navigation and radio aids

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