T6 ACADEMIC PROCEDURES

Question 1

Positioning;
Low level
Glide
Flapless

Answer 1

Low level: 1 finger
Glide: 1/2 roundel
Flapless: fuel cap

Question 2

Normal circuit; Upwind

Answer 2

70% 140

Question 3

Normal circuit; Xwind

Answer 3

70%, 140, 30deg

Question 4

Normal circuit; downwind

Answer 4

30%, 140
35%, 120 (gear, flap TO)

Question 5

Normal circuit; Base

Answer 5

24%, 120, 23deg

Question 6

Normal circuit; Finals
(flap LDG & TO)

Answer 6

LDG: 24%, 100kts
TO: 21%, 105kts

Question 7

Flapless circuit; upwind

Answer 7

70%, 140kts

Question 8

Flapless circuit; Xwind

Answer 8

70%, 140, 30deg

Question 9

Flapless circuit; downwind

Answer 9

30%, 140
30%, 120 (gear)

Question 10

Flapless circuit; base

Answer 10

22%, 120kts, 23deg

Question 11

Flapless circuit; final

Answer 11

15%, 110kts

Question 12

Low level circuit; upwind

Answer 12

70%, 140

Question 13

Low level circuit; xwind

Answer 13

30%, 140, 30deg

Question 14

Low level circuit; downwind

Answer 14

Normal

Question 15

Low level circuit; base

Answer 15

38%, 120, 23deg

Question 16

Low level circuit; finals

Answer 16

Normal

Question 17

Glide circuit; Upwind

Answer 17

70%, 140

Question 18

Glide circuit; Xwind

Answer 18

70%, 140, 45deg

Question 19

Glide circuit; downwind

Answer 19

30%, 140
30%, 120 (gear)

Question 20

Glide circuit; base

Answer 20

5%, 120, 30deg

Question 21

Glide circuit; finals

Answer 21

5%, 110 (flap LDG)

Question 22

Close circuit; upwind

Answer 22

Max, >140kts

Question 23

Close circuit; xwind

Answer 23

Max, 60deg

Question 24

Close circuit; Downwind

Answer 24

Normal

Question 25

Close circuit; Base

Answer 25

15%, 115kts, 30deg

Question 26

Close circuit; Finals

Answer 26

15% 100kts (flap LDG)

Question 27

140kt climb

Answer 27

70%, 10deg NU, 1500fpm

Question 28

180kt climb

Answer 28

MCP, 6-10deg NU, 2000fpm

Question 29

140kt MRC climb

Answer 29

MCP, 15deg NU, 3000fpm

Question 30

120kt MAC Climb

Answer 30

MAX, 20deg NU, 2500-3000fpm

Question 31

120ktconfig descent

Answer 31

24%, 0deg ND, 600fpm

Question 32

140kt clean descent

Answer 32

20%, 0deg ND, 700fpm

Question 33

180kt range descent

Answer 33

20%, 2.5deg ND, 1500fpm

Question 34

220kt enroute descent

Answer 34

5-10%, 10deg ND, 4000fpm

Question 35

Gliding/ELP; Clean Gear Flap T/O Flap LDG

Answer 35

Clean: 1deg NU Gear: 1deg ND Flap T/O: 4deg ND Flap LDG: 10deg NU

Question 36

Gliding/ELP night flying base turn (23deg AoB) Flapless vs. flap TO

Answer 36

Flapless: 3deg NU Flap TO: 1deg NU

Question 37

Appch: 180kt procedure

Answer 37

45%, 1deg NU, clean

Question 38

Appch: 140kt holding

Answer 38

30%, 2.5deg NU, clean

Question 39

Appch: 120kt BAC

Answer 39

35%, 3deg NU, gear & flap TO

Question 40

Appch: 120kt finals

Answer 40

24%, 0deg NU, gear & flap TO

Question 41

LRC (std day): 10,000ft

Answer 41

208 IAS, 244 TAS, 460PPH

Question 42

LRC (std day): 15,000ft

Answer 42

189 IAS, 240 TAS, 390 PPH

Question 43

LRC (std day): 20,000ft

Answer 43

188 IAS, 258 TAS, 375 PPH

Question 44

LRC (std day): 25,000ft

Answer 44

179 IAS, 267 TAS, 345 PPH

Question 45

Descent profiles: 3:1 (3deg) 180KIAS

Answer 45

3deg ND 18%

Question 46

Descent profiles: 3:1 (3deg) 220KIAS

Answer 46

4deg ND 30%

Question 47

Descent profiles: 2:1 (5deg) 180KIAS

Answer 47

5deg ND 10%

Question 48

Descent profiles: 2:1 (5deg) 220KIAS

Answer 48

6deg ND 20%

Question 49

Descent profiles: 1:1 (9deg) 180KIAS

Answer 49

8deg ND 2-3%

Question 50

Descent profiles: 1:1 (9deg) 220KIAS

Answer 50

9deg ND 5-8%

Question 51

Stall speeds Clean Flap TO Flap LDG

Answer 51

Clean: 87KIAS Flap TO: 82 KIAS Flap LDG: 78KIAS

Question 52

Stalling: clean

Answer 52

S&L 140kts Idle, level SSR Full

Question 53

Stalling: Configured

Answer 53

S&L, 140kts G&F, idle, level SSR Incip

Question 54

Stalling: Power on

Answer 54

S&L, 140kts 30%, 30deg NU, 30deg AoB SSR Full

Question 55

Stalling: break

Answer 55

S&L, 200kts Idle, 60deg AoB, level Man Incip

Question 56

Stalling: Base turn

Answer 56

S&L, 140kts Downwind > Base, 10%, incr AoB SSR Incip

Question 57

DME arc intercept

Answer 57

GS/2 + 0.1NM (SOP 180 = 1.2, 140 = 0.9)

Question 58

Radial intercept?

Answer 58

Intercept angle/2x DME

Question 59

Anticipation; Climb/descent Turn

Answer 59

Climb/descent: 10% ROC/ROD Turn: 1/3 AoB

Question 60

Established?

Answer 60

Arc: 0.5nm L/R VOR/NDB: 5deg L/R ILS/RNAV: 1/2 scale deflection

Question 61

Arcing distance: 1nm=? for: 15nm arc 12nm arc 10nm arc

Answer 61

15nm arc: 4 radials 12nm arc: 5 radials 10nm arc: 6 radials

Question 62

Rate one turn?

Answer 62

(TAS/10) + 7deg (to 25deg max)

Question 63

Remote QNH?

Answer 63

Add 5ft for every 1nm in excess of 5nm from the fix (NOT IN MTNS)