Free Printable ATPL033 Flight Planning and Monitoring

1.

Distance from A to B: 1200 nm

GS On: 230 kt

GS Home: 170 kt

What is the distance and time to the PET from "A":

a)

600 nm 2 h 37 min

b)

510 nm 2 h 13 min

c)

690 nm 3 h 00 min

d)

510 nm 3 h 00 min

2.

Distance from A to B: 3200 nm

GS outbound: 480kt

GS inbound: 520kt

What is the distance and time to the PET from "A":

a)

1664 nm 3 h 12 min

b)

1600 nm 3 h 20 min

c)

1664 nm 3 h 28 min

d)

1536 nm 3 h 12 min

3.

TAS: 400 kt

Distance from A to B: 2000 nm

A 40 kt headwind is forecast from A to B

What is the distance and time to the PET from "A":

a)

A. 1100 nm 3 h 03 min

b)

B. 1100 nm 2 h 30 min

c)

C. 900 nm 2 h 30 min

d)

D. 1000 nm 2 h 47 min

4.

TAS: 165 kt

Wind: 090°/35
A to B: 1620 nm

Course: 035°

What is the distance and time to the PET from "A":

a)

903 nm, 6 h 04 min

b)

810 nm, 5 h 42 min

c)

708 nm, 5 h

d)

912 nm, 6 h 26 min

5.

TAS: 500 kt

Wind: 330°/50kt

A to B: 2600 nm

Course: 090°

What is the distance and time to the PET from "A":

a)

1365 nm 2 h 36 min

b)

1235 nm 2 h 22 min

c)

1235 nm 2 h 36 min

d)

2012 nm 3 h 53 min

6.

GS On: 300 kt

GS Out: 350 kt

GS Home: 250 kt

Distance from A to B: 1200 nm

What is the distance and time to the PET from "A":

a)

545 nm 1 h 34 min

b)

654 nm 1 h 52 min

c)

500 nm 1 h 40 min

d)

545 nm 1 h 49 min

7.

2-Engine TAS: 450 kt

1 Engine TAS: 350 kt

Distance from A to B: 3000 nm

Wind: 50 kt tailwind

In case of engine failure, What is the distance and time to the engine failure PET:

a)

1285 nm 3 h 12 min

b)

1333 nm 2 h 40 min

c)

1714 nm 3 h 43 min

d)

1285 nm 2 h 34 min

8.

2-Engine TAS: 480 kt

1-Engine TAS: 400 kt

W/V: 330°/80

A to B: 3500 nm

Course: 200°

In case of engine failure, What is the distance and time to the engine failure PET from "A":

a)

1515 nm 3 h 23 min

b)

1558 nm 2 h 56 min

c)

1515 nm 2 h 51 min

d)

1985 nm 3 h 44 min

9.

CAS: 190 kt cruising

Pressure altitude: 9 000 ft

Temperature: ISA -10°C

Wind: 320/40 kt

A to B is a distance: 350 nm

Course: 350°

Endurance: 3 h

What is the distance to the PET:

a)

220 nm

b)

311 nm

c)

146 nm

d)

204 nm

10.

Track: 355°(T)

Wind: 340°/30kt

TAS: 140 kt

Total distance A to B: 350 nm

What are the time and distance to the point of equal time between A and B:

a)

75 min 211 nm

b)

75 min 140 nm

c)

50 min 140 nm

d)

114 min 211 nm

11.

Course A to B: 088°(T)

Distance: 1250 nm

TAS: 330kt

Wind A to B: 340°/60kt

The time from A to the Point of Equal Time between A and B is:

a)

1 h 54 min

b)

1 h 44 min

c)

1 h 39 min

d)

2 h 02 min

12.

CAS: 190 kt cruising

Pressure altitude: 9 000 ft

Temperature: ISA -10°C

Wind: 320/40 kt

A to B is a distance: 350 nm

Course: 350°

Endurance: 3 h

Using the same data as the previous question, given an actual time of departure of 11:05, what is the ETA for the PET from departure:

a)

12:49

b)

12:13

c)

11:55

d)

12:26

13.

Distance between airports: 340 nm

True track: 320°

Wind: 160°/40kt

TAS: 110 kt

Distance to PET from departure is:

a)

121 nm

b)

219 nm

c)

112 nm

d)

228 nm

14.

Flying from A to B: 270 nm

True track: 030°

Wind: 120°/35

TAS: 125 kt

What are the distance and time to the Point of Equal Time from departure:

a)

141 nm 65 min

b)

141 nm 68 min

c)

135 nm 68 min

d)

150 nm 65 min

ATPL033 Flight Planning and Monitoring - Point of Equal Time

Total questions: 14

Worksheet time: 7mins

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