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032 Performance Aircraft

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Refer to figure or CAP file 4.7.

Determine the brake release weight, given:

V1: 149 kts

Pressure altitude: 1487 ft

OAT: +19°C

Runway Slope: 0.5% UP

Wind: 10 kt headwind

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A pilot is calculating the Take-Off Distance for a Performance Class B multi-engined aeroplane.

Specific factors must be applied to the AFM data to take into account variables that affect the take-

off performance.

These factors have NOT been provided in the AFM and other performance and operating manuals

from the manufacturer. For which variables must the pilot apply a factor greater than 1.0? 

 

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With regard to the effect of altitude on the speed for maximum endurance for a propeller-driven aeroplane, as altitude

increases, the speed for maximum endurance will...

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What happens to Specific Range (SR) for a heavier aircraft ?

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A crew is planning their departure from Mykonos (Greece), expecting a take-off towards the sea, from a short field runway. Which of these is most likely to be the limiting take-off mass?

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Two aircraft of the same weight, configuration and altitude are climbing with the same pitch angle. Assume no

compressibility effects and a standard atmosphere. Aircraft A is at Mach 0.75 and aircraft B is at Mach 0.73. Which will

have the highest rate of climb? 

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Is the use of TOGA still possible when the FMS has been set-up for a reduced thrust take-off?

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Compared with still air, the effect a headwind has on the values of the maximum range speed and the maximum gradient

climb speed respectively is that:

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A twin-engine, class B aeroplane is flying straight and level when it loses one engine. Complete the following sentence:

The Thrust Required will (1)_ and the Excess Thrust will (2)_

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Which of the following will decrease V1?

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