Gnav 450-500

How many NM would an aircraft travel in 1 min 45 sec if GS is 135 kts?

• 2.36 NM

• 39.0 NM

• 3.25 NM

• 3.94 NM

Given: GS: 480 kts Distance from A to B: 5360 NM What is the time from A to B?

• 11 hrs 06 min

• 11 hrs 07 min

• 11 hrs 10 min

• 11 hrs 15 min

Given: Magnetic track: 075° HDG: 066° (M) VAR: 11°E TAS: 275 kts Aircraft flies 48 NM in 10 min. Calculate the true W/V.

• 320° / 50 kts.

• 340° / 45 kts.

• 210° / 15 kts.

• 180° / 45 kts.

The reported surface wind from the control tower is 240°/35 kts. Runway 30 (300°). What is cross-wind component?

• 24 kts

• 30 kts

• 27 kts

• 21 kts

If the TAS exceeds the CAS by 20% at FL100, the OAT should be:

• +5°C.

• -5°C.

• +15°C.

• is not defined.

Given: CAS = 190 kt Pressure altitude = 9 000 ft OAT = ISA - 15 Calculate Mach number:

• 0.32

• 0.29

• 0.27

• 0.34

Given: Runway direction: 230° m Surface W/V: 280° (T) / 40 kts Calculate the effective cross-wind component.

• 36 kts

• 21 kts

• 31 kts

• 26 kts

Given: True track: 348° Drift: 17°left Variation: 32°W Deviation: 4°E What is the compass heading?

• 033°

• 007°

• 359°

• 337°

Given: TAS: 375 kts True HDG: 124° W/V: 130° (T) / 55 kts Calculate the true track and GS.

• 123° (T) - 320 kts.

• 125° (T) - 322 kts.

• 126° (T) - 320 kts.

• 125° (T) - 318 kts.

Given: Airfield elevation: 1 000 ft QNH: 988 hPa What is the pressure altitude? (Note: assume 1 hPa = 27 ft)

• 320 ft

• 680 ft

• 1 680 ft

• -320 ft