Factors Involved

Question 1

During the take off climb, all obstacles must be cleared by ___ft horizontally (___ft within the aerodrome boundary) and __ft vertically

Answer 1

200, 300, 35

Question 2

ROC =

Answer 2

TAS x Gradient

Question 3

Take off climb, all engines operating, gradient _%

Answer 3

4

Question 4

Take off climb, all engines operating, power setting ___

Answer 4

take off power

Question 5

Take off climb, all engines operating, landing gear ___

Answer 5

extended

Question 6

Take off climb, all engines operating, flaps ___

Answer 6

take off position

Question 7

Take off climb, all engines operating, climb speed

Answer 7

greater of 1.1Vmc or 1.2Vs1

Question 8

Take off climb, one engine inoperative(1), gradient __

Answer 8

positive at 400AAL

Question 9

Take off climb, one engine inoperative(1), power setting ___

Answer 9

take off power

Question 10

Take off climb, one engine inoperative(1), landing gear ___

Answer 10

retracted

Question 11

Take off climb, one engine inoperative(1), flaps ___

Answer 11

take off position

Question 12

Take off climb, one engine inoperative(1), climb speed ___

Answer 12

equal to the speed reached at 50ft

Question 13

Take off climb, one engine inoperative(1), propeller condition ___

Answer 13

feathered

Question 14

Take off climb, one engine inoperative(1), engine failed ___

Answer 14

critical

Question 15

Take off climb, one engine inoperative(2), gradient __

Answer 15

0.75% at 1500ft

Question 16

Take off climb, one engine inoperative(2), power setting ___

Answer 16

below max continuous power

Question 17

Take off climb, one engine inoperative(2), landing gear ___

Answer 17

retracted

Question 18

Take off climb, one engine inoperative(2), flaps ___

Answer 18

retracted

Question 19

Take off climb, one engine inoperative(2), climb speed ___

Answer 19

at least 1.2Vs1

Question 20

Take off climb, one engine inoperative(2), propeller condition ___

Answer 20

feathered

Question 21

Take off climb, one engine inoperative(2), engine failed ___

Answer 21

critical

Question 22

Landing climb, all engines operating, gradient __

Answer 22

2.5%

Question 23

Landing climb, all engines operating, power setting __

Answer 23

power achieved 8 seconds after thrust leavers are moved from flight idle

Question 24

Landing climb, all engines operating, landing gear __

Answer 24

landing position

Question 25

Landing climb, all engines operating, flaps __

Answer 25

landing position

Question 26

Landing climb, all engines operating, climb speed __

Answer 26

Vref

Question 27

Landing climb, one engine inoperative, gradient __

Answer 27

0.75% at 1500ft

Question 28

Landing climb, one engine inoperative, power setting __

Answer 28

below max continuous power

Question 29

Landing climb, one engine inoperative, landing gear __

Answer 29

retracted

Question 30

Landing climb, one engine inoperative, climb speed __

Answer 30

at least 1.2Vs1

Question 31

Landing climb, one engine inoperative, propeller __

Answer 31

feathered

Question 32

Landing climb, one engine inoperative, engine failed __

Answer 32

critical

Question 33

Landing climb, one engine inoperative, flaps __

Answer 33

retracted

Question 34

15 degree banked turns are usually allowed in the _ and _ segments

Answer 34

1 and 2

Question 35

25 degree banked turns are usually allowed in the _ and _ segments

Answer 35

3 and 4

Question 36

Obstacles must be cleared by __ft if the bank angle is greater than 15 degrees

Answer 36

50