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Test - PL A

1. Which of the following pilot inputs increases the angle of attack?

Pulling the steering. Releasing the steering. Pushing the speed system.

2. What will be the change of flow speed and static air pressure in a place where the streamline density increases?

The speed will increase, the static pressure will decrease. The speed will increase, the static pressure will increase. The speed will decrease, the static pressure will decrease.

3. In a normal steady flight:

there is negative pressure on the upper surface and overpressure on the lower surface of the wing. there is overpressure on the upper surface and negative pressure on the lower surface of the wing. there is overpressure on the upper and lower surface of the wing.

4. Larger part of lift is generated:

below the aerofoil, around 2/3. above 2/3 of the aerofoil, around 55%. above the aerofoil, around 2/3.

5. When increasing the angle of attack:

the lift coefficient increases and drag coefficient decreases. the lift coefficient and drag coefficient increase. the lift coefficient and drag coefficient decrease.

6. Lift is:

an area resistance given by the angle of attack. a force generated by flow around a profile perpendicular to the drag force. the resultant aerodynamic force generated by flow around a profile.

7. The lift acts:

always perpendicularly to the chord. always perpendicularly to the direction of flow attacking the aerofoil. always upwards from the aerofoil.

8. At minimum speed:

the paraglider or powered paraglider will fly the longest. the paraglider or powered paraglider is close to stall. the paraglider or powered paraglider will fly the farthest.

9. Which of the following processes in the air layer may lead to the formation of cumulus and cumulonimbus cloudiness?

Convection. Subsidence. Stable air layers lifting on frontal boundary.

10. Which of the listed fog types is usually dissolved by increasing surface wind speed?

Frontal fog. Radiation fog. Advection fog.

11. A cold front progresses faster than a warm front, the warm sector at the ground level gradually narrows and the warm air in this region is forced up into the higher layers. This process is called:

cyclone extinction. cyclone filling. oclusion.

12. Which of clouds forming on the forehead of cold front is the most dangerous for air traffic?

Ns – nimbostratus As – altostratus Cb – cumulonimbus

13. The land breeze:

blows during a day and is stronger than the see breeze. blows at night and is weaker than the see breeze. blows during a day and is weaker than the see breeze.

14. At what altitude the barometric pressure reaches about a half the pressure to the mean sea level?

3000 m MSL 7000 m MSL 5500 m MSL

15. Which of the following types of cloud is considered low level cloud?

St As Ns

16. Spiral is performed by:

weight shift in the intended turning side, pulling the steering on that side and pulling down the front riser on the other side. a smooth transition from a turn into sharper and sharper turn via gradually increased brake input and body weight shift in the same side in which turning. pulling at first both the brakes and then loosening one brake all the way up while the other pulling completely down - the paraglider descends circling in a dynamic and fast rotation.

17. An asymmetric collapse of about 1/2 of the leading edge should be solved by:

weight shift into the non collapsed side and light break of the same side to keep the glider in straight flight. weight shift into the collapsed side and light break of the non collapsed side to keep the glider in straight flight. no inputs in steering letting the glider reinflate.

18. When entering a thermal current:

the canopy shoots forward and can collapse. the canopy lilts backwards and can shoot forward afterwards. the canopy tilts sidewards and can get asymmetric collapse.

19. By releasing the speed system the flight speed is:

unaffected; only the angle of attack increases. decreased. increased.

20. Ridge soaring is practiced so that:

we fly alongside a slope at its windward side turning 180° into the wind at the turn points. we fly alongside a slope just above its lee side turning 180° into the wind at the turn points which means against the slope. we soar the wind wave just above the mountain ridge turning 180° at the turn points no matter what direction.

21. I increase the flight speed by:

pulling a bit of steering. depressing the speed system. pulling the trimmers.

22. Geographical North and South:

are influenced by the Earth’s magnetism. change location depending on annual periods. do not change location.

23. Time of sunrise and sunset varies:

depending on the intensity of sunlight. with annual periods. influenced by the magnetic field of the Earth.

24. The globe is:

a net of coordinate lines. ideal sphere. a rotating ellipsoid flattened at the poles.

25. Magnetic course is measured:

from prime meridian. from bearing indicator. from geographical north of local meridian.

26. When performing comparative orientation it is always more reliable:

to carefully view the terrain below the aircraft. to focus on one landmark. to locate and identify several landmarks.

27. The most suitable maps for aeronautical navigation are:

the maps which truly reflect the topographic situation and angles. maps with 1 : 500 000 scale. those with precise angles.

28. A glider with an asymmetric collapse tends to:

fly on, but pilots tend to do unwise piloting inputs. turn rapidly to the side with the collapse and then rotate or slowly return into straight flight. fall quickly and therefore it is necessary to prevent such situations at any cost.

29. Before a landing into still water it is necessary:

to undo the harness buckles so it was possible to leave it at the moment of contact with water. to jump out of the harness about 3 to 5 m above the water surface. to turn the glider against the wind.

30. You miscounted the landing approach and need to shorten it. You are 30 m above the ground:

In such altitude is best to make a 360 turn. By pulling tips of the wing via the right lines you can reduce the effective surface of the wing and glide under a better angle to the ground. By flying in figure eight or S turns you loose hight before the final glide.

31. After an asymmetric collapse the correct procedure is:

pulling the steering on the not collapsed side quickly and fully to help the regeneration of the canopy. weight shift in the not collapsed side of the glider and brake the same side slightly to stop rotation.maximálně se vyklonit na nezaklopenou stranu a také ji přibrzdit tak, aby nedošlo k rotaci no sudden piloting inputs; a certified paraglider will return into straight flight itself.

32. After a tall tree landing:

you should wait until your friends come and then you climb down while they are ready to catch you if needed. you should climb down as fast as possible to show that you are OK. you should do maximum via reachable means to get professional rescue help (a cellphone or radio call, waiting for friends, whistle ect.)

33. When flying on speed system:

The paraglider is prone to symmetrical or asymmetrical collapses. The paraglider will increase its speed and it will be more stabile thanks to better flow. The paraglider will increase its speed and will be more prone to symmetrical or asymmetrical collapses.

34. Except for takeoff or landing, or except by permit issued by the Aviation Authority, a VFR flight must be conducted over the congested areas or gathering of people in the open air at a height that may not be less than:

300 m above the highest obstacle within a radius of 600 m from the aircraft. 150 m above the highest obstacle within a radius of 600 m from the aircraft. 300 m above the highest obstacle within a radius of 300 m from the aircraft.

35. The aircraft must not fly at such a distance from other aircraft that would:

be less then 150m. create a collision hazard. restrict the other aircraft.

36. After landing at the airport, the altimeter set to the airport QFE indicates:

the airport altitude in standard atmosphere. the airport altitude AMSL. 0.

37. The paraglider canopy is damaged mostly by:

UV rays, mechanical abrasion and humidity. storage in dark and dry rooms. mice and other wild rodents.

38. A pilot must always have:

a proof of identity, a pilot's license or a student document, the airworthiness certificate, a proof of insurance for damage caused the aircraft operation, medical certificate of flying eligibility. a proof of identity, a pilot's license or a student document, the technical certificate of the aircraft, a proof of insurance for damage caused by the aircraft operation. a pilot's license or a student document, the airworthiness certificate, a proof of insurance for damage caused the aircraft operation, medical certificate of flying eligibility.

39. The aircraft, that is obliged by the rules to give way to another aircraft, must:

avoided so that the maintained vertical distance between aircrafts was 150 m. avoided so that the maintained horizontal distance between aircrafts was 300 m. avoid by flying above or under or cross the other aircraft flight line at a sufficient distance.

40. To recalculate a figure in meters into figure in feet we use the simplified formula:

(m : 10) x 3 (m x 3) + 10% (m x 3) : 10

41. Risers are:

up-going thermal currents. pilots who get up early. the webbings which connect a glider's suspension lines to a pilot's harness.

42. Initial examination includes:

fast check of the afflicted „from head to toe” with emphasis on injury signs. finding the circumstances of the incident, the patient's problems and possible diseases which he is suffering. vital functions check according to the chart A-B-C.

43. Fractures of lower limbs are preferably fixed by:

tightening to the other limb (only if that is not broken too). using an improvised splint (branch, stick, etc.). hanging in a triangular bandage.

44. After applying tourniquet the wound is still bleeding:

The tourniquet needs tightening. Loosen the tourniquet and lift the afflicted limb up. We need to use another compress bandage.

45. The best way of use of the „anti-shock” foil (thermal blanket) is:

The afflicted is carefully covered with it. The afflicted is tightly wraped into it including head, only face is uncovered. It is laid under the afflicted.

46. Choose the true statement about heat loss after an injury:

Mild hypothermia is in terms of first aid advantageous because it inhibits the metabolic processes and thus slows the onset of shock. Severe and prolonged hypothermia is harmful, preventing heat loss is therefore of particular importance for injuries in the winter and in poorly accessible terrain. Maintaining body temperature is one of the most energy-intensive vital processes. Fight against heat loss therefore belongs - especially with severe injuries - amongst life-saving acts with high priority. Preventing heat loss is especially important because possible hypothermia is unpleasant and stressful for the afflicted. But this is not the priority for first aid.

47. In improvised conditions fracture fixing is:

a priority first aid objective. necessary in case of open fracture. needed in exceptional cases if manipulation with the patient before professional medical services arrival is necessary.

48. Treatment of wounds and fractures fixation of the afflicted by the accident is in the first aid performed:

always as a priority on any wound or fracture. only after the afflicted is out of vital functions malfunction danger. always if there are gaping (deep) wounds and/or open fractures.

49. Resuscitation without artificial respiration is performed:

by chest compression at rate of about 100 times per minute; instead of artificial breath there is a break after every 30 compressions for 5 seconds. by chest compression at rate of about 60 times per minute so that resultant minute rate would be the same as there was also the artificial respiration. by continuous chest compression at rate of about 100 times per minute.

50. "Gasping breaths" mean:

noticeably fast but quiet and shallow breathing, typical for a patient with an airway obstruction. noticeably noisy breaths in fast pace; these breaths are typical for developing shock-like state. individual breaths in noticeably long intervals by the unconscious afflicted; these breaths are typical for cardiac arrest.