STUDYSTUDY

What are the Cladosporium?. They are the fungi present in the fuel tanks, they are corrosive and harmful for the operation. They are the additives present in fuels, to improve the performance of the engines. They are the fungi present in the landing gear, they are corrosive and harmful for the operation.

When does the scavenge pump start?. When the pilot turns it on. When the main tank (left wing) is half full. When the main tank (right wing) is half full.

How long should a holding pattern last?. Above 14,000 ft: 3 minutes and below 14,000 ft: 4 minutes 30 seconds. Above 20,000 ft: 4 minutes and below 12,000 ft: 5 minutes. Above 14,000 ft: 4 minutes and below 14,000 ft: 5 minutes.

On a 1% positive slope runway, what is the illusion?. Being higher on the path. Being lower on the path. Being equal on the path.

The Vmcg should be?. Less than or equal to V1. Same as V1. Greater than or equal to V1.

What's the use of the Fowler flaps?. Equal the lift. Increase the curvature of the wing. Increase lift.

What effects do spoilers have?. Increase lift without increasing speed. Decrease lift without increasing speed. Decrease lift without decreasing speed.

Being 700 ft in ILS activates the pull-up alarm, what should be done?. Start the G/A and notify ATC. Start the G/A. Continue the approach to an altitude.

What are the colors of the taxiway lights?. Blue on the edge and green in the middle. Red on the edge and green in the middle. Green on the edge and in the middle.

If the pilot flying goes one dot below the glide slope?. Make the observation and wait for new captain orders per operation manual. Make the observation. Make the observation and wait for him to comply with the operation manual.

If you are flying under a CB, what can you expect?. Turbulence, moisture, lightning, icing. Turbulence and icing. Turbulence, lightning and rain.

What is the useful time of consciousness at 33,000 ft?. 50 sec. 20 sec. 5 sec.

How is yaw effect prevented?. Applying rudder and elevator. Activating yaw damper. Applying full rudder.

When should a pilot turn the aircraft anti-ice system on?. When there is visible moisture and temperature below 10°C (50°F). When there is no visible humidity and cold temperature. When there is heavy rain, visible humidity and below 0°C (32°F).

How many entrances are there for a holding?. 3 entrances. 4 entrances. 2 entrances.

Are holding entries mandatory or suggested?. Suggested. Mandatory.

What is the size of the circumference of the Earth and the equator to the poles?. 40,000km and from the equator and to the poles 10,000km. 45,000km and from the equator and to the poles 100,000km. 25,000km and from the equator and to the poles 1,000km.

What is the meaning of ICAO?. International Civil Aviation Organization; Canada; UN; 1944. Institute Civil Aviation Organization; London; UN; 1969. International Civil Aviation Organization; Washington; UN; 1944.

What does IATA mean?. Institute International Air Transport Association. International Air Transport Association. Institute Air Transport Association.

What is the shortest distance from one point to another on the globe?. Arc of a great circle or great circle distance. Arc of less circle or great circle distance. Arc of great circle or less circle distance.

What is the next GPS system?. Glonass. Beidou. Galileo.

How many satellites are in orbit today?. 16 to 30. 30 to 48. 24 to 32.

What is Quadrant MORA?. Minimum Off Route Altitude. Marking Off Route Altitude. Maximum Off Route Altitude.

What is temperature TAT?. Total Air Temperature. Temporary Air Temperature. Transition Air Temperature.

The maximum speed during takeoff that the pilot may abort the takeoff and stop the airplane within the accelerate-stop distance is. Vr. V1. Vmcg.

In the event of engine failure below V1, the first action to be taken by the pilot in order to decelerate the airplane is to. Increase the engine thrust. Completely cut the engine thrust. Reduce the engine thrust.

Which of these devices are most effective to slow down?. Brakes with anti-skid. Parking brakes. Thrust reversers.

Loss of cabin pressure may result in hypoxia because as cabin altitude increases?. Oxygen partial pressure decreases. Total oxygen pressure decreases. Oxygen partial pressure increases.

What effective runway length is required for a turbojet-powered airplane at the destination airport if the runways are forecast to be wet or slippery at the ETA?. 109% of the runway length required for a wet runway. 115% of the runway length required for a dry runway. 120% of the runway length required for a dry runway.

At what speed, with reference to L/D(MAX), does maximum rate of climb for a jet airplane occur?. A speed equal to that for L/D(MAX). A speed lower than L/D max. A speed greater than L/D max.

What effect would a change in ambient temperature or air density have on gas-turbine-engine performance?. As temperature increases, thrust decreases. As temperature increases, thrust increases. As temperature decreases, thrust decreases.

The most important restriction to the operation of turbojet or turboprop engine is: Limiting the EGT (Exhaust gas temperature). Limiting the N1. Limiting the Fuel flow.

After landing, in case of high temperature of the brakes you. Do not touch brakes. Release the parking brake and you approach the wheels either from fore or aft. Hold parking brake and approach and you approach the wheels either from fore or aft.

When regards to the optimum altitude during cruise, the aircraft is. Flown as close to the optimum altitude as ATC will allow. Flown as far away from the optimum altitude as the ATC allows. Flown as far away from the optimum altitude as indicated ATC allows.

To minimize the risk of hydroplaning during landing, the pilot should. Make a positive landing and apply maximum reverse thrust and brakes as quickly as possible. Make a positive landing and apply minimum reverse thrust and brakes as quickly as possible. Make a soft landing and apply minimum reverse thrust and brakes as quickly as possible.

At what time are thrust reversals most effective?. After the touchdown at high speed. After the touchdown at low speed. Before touchdown at low speed.

What effect could dissipate fog in NW Europe? Fog dissipates with wind. Wind. Solar variations. Rain.

What is the purpose of the swept wing?. To reduce the air resistance and increase critical Mach number. To increase the air resistance and airspeed. To increase the air resistance.

A swept-wing airplane taking off with a wind from the right tends to?. Align with the wind. Align against wind. Increase nose AOA.

During the hold, the plane reaches the company's minimum reserve, what should be made?. Notify ATC and the company that we will stay holding 25 more minutes. Notify ATC and the company that you are going to the alternate. Notify ATC and the company that we will run out of fuel onboard.

What is the function of slats and flaps?. Direct the airflow to reinforce lift at high speeds and increase the angle of attack. Direct the airflow to reinforce lift at low speeds and increase the angle of attack. Direct the airflow to reinforce lift at high speeds and decrease the angle of attack.

If the cabin altitude rises (aircraft in level flight), the differential pressure. Decreases. Increases.

A balanced field length occurs when. TODA greater ASDA. Stopway equals TODA. ASDA equals TODA.

The elevators control the aircraft around. Lateral axis. Longitudinal axis. Vertical axis.

The maximum range for a Jet airplane occurs at a speed. Greater than L/D Max Speed. Less than L/D Max Speed. Equal to L/D Max Speed.

In a descent from FL370 to 7000ft at a rate of descent of 3000fpm, and airplane flies 10NM every 3000ft, what would the distance covered?. 110 NM. 100 NM. 80 NM.

In 2h you have burned 200gl of fuel, what's your fuel consumption per hour?. 113 gph. 135 gph. 100 gph.

Anti-ice fluid contains a mix of 75% glycol and 25% of water; if you have 150lts of glycol, how many anti-ice fluids can it be produced?. 200L. 195L. 148L.

If at sea level Mach 1 equals 800mph and you are flying at M .4 at sea level. What's your speed in mph?. 320mph. 298mph. 540mph.

A turbo fan engine would accelerate from idle to takeoff thrust. 8 sec. 12 sec. 5 sec.

The yellow lights at the edge of the runway are positioned in the last. 800m. 600m. 500m.

Change of runway lights change from white to red. 300 m. 1020 ft. 200 m.

Does wing anti-ice reduce engine performance and increase fuel consumption?. Yes. No.

If you have an engine failure on the glide slope, the co-pilot does what?. Follow the captain's orders but only regulated by the SEOPS. Read the QRH and read the checklist of engine failure in flight. I should not do anything let the captain take control.

If you lose aircraft control on landing, how do you control it?. Full opposite rudder. Full rudder to the loss side. Totally opposite elevator.

What is the function of airplane winglets?. Improved cruise performance. Reduce cruise performance. Improve lift in cruise.

What is the name of a plane beyond the end of a runway which does not contain obstructions and be considered when calculating takeoff performance of turbine powered aircraft?. Clearway. Stopway. Balanced field.

What is an area identified by the term Stopway?. An area designated for use in decelerating an aborted takeoff. An area prohibited for use in decelerating an aborted takeoff. An area designated for not use in decelerating an aborted takeoff.

Considering the takeoff decision speed V1, which of the following is correct?. If an engine failure is recognized before reaching V1, the takeoff must be aborted. If an engine failure is recognized when V1 is reached, the takeoff must be aborted. If an engine failure is recognized after reaching V2, the takeoff must be aborted.

Which is the definition of V2 speed?. Takeoff safety speed. Landing safety speed. Rotation safety speed.

Cabin pressurization is regulated by the. Pitot tube and ram air. Flow control valve. Cabin outflow valve(s).

Cabin altitude means the. Cabin pressure expressed as altitude. Cabin pressure expressed as feet. Cabin pressure expressed as pressurization.