Ppl - Navigation
.
- 1.The meaning of VOR is:
- A.
Very high range
- B.
Very high frequency omni directional range
- C.
Omni directional
- 2.The frequency allotted for the VOR:
- A.
118.00 MHz – 135 MHz
- B.
108 MHz – 111 MHz
- C.
108 MHz – 117.95 MHz
- 3.VOR station transmit radio beams called:
- A.
Bearings
- B.
Magnetic bearings
- C.
Radials
- 4.What are the three (3) kinds of VOR stations?
- A.
Short, medium and long
- B.
Terminal, low and high altitude
- C.
Enroute VOR, approach VOR and station VOR
- 5.You should always identified the VOR before using by checking:
- A.
Morse code Identifier
- B.
Errors
- C.
Accuracy
- 6.What is an advantage of the VHF frequency used for VOR navigation?
- A.
You can received AM radio broadcast over your VOR on this frequencies.
- B.
VHF frequencies are not limited by mountains or curvature of the earth.
- C.
VHF radio waves are less susceptible to the interference than low frequency radio waves
- 7.What navigation capability does a VOR/DME provide?
- A.
Position and distance
- B.
Position only
- C.
Distance only
- 8.Why is it important to set your VOR indicator to generally agree with your intended course?
- A.
To avoid being drifted
- B.
To avoid reverse sensing
- C.
To proceed the VOR station
- 9.If the CDI is deflected 3 dots to the right of your VOR indicator and heading indicator are in general agreement, where is your desired course:
- A.
6° left
- B.
3° right
- C.
6° right
- 10.Refer to the following figures to answer questions 10-12. (SEE IMAGE) Maximum error of VOR on ground:
- A.
2°
- B.
4°
- C.
6°
- 11.Maximum error of VOR in flight or IFR navigation:
- A.
2°
- B.
4°
- C.
6°
- 12.A procedure to find your position in the air by using 2 VOR:
- A.
Cross fixing
- B.
Intersection
- C.
Cross checking
- 13.What is the ADF frequency range?
- A.
190 – 535 kHz
- B.
535 – 1605 kHz
- C.
190 – 106 kHz
- 14.What is the meaning of ADF?
- A.
Automatic Direction Frequency
- B.
Automatic Direction Finder
- C.
Automatic Direction Fix
- 15.NDB means?
- A.
Non-directional beacon
- B.
Non-directional Beam
- C.
Non-direction Broadcast
- 16.ADF requires two antennas:
- A.
Directional antenna and sense antenna
- B.
Beacon antenna and sense antenna
- C.
Beacon antenna and directional antenna
- 17.A kind of ADF where the nose of the aircraft is always 0°:
- A.
Movable Card
- B.
Fixed Card
- C.
Radio magnetic Card
- 18.A heading that will bring the aircraft to the NDB stations:
- A.
Relative Bearing
- B.
Magnetic Heading
- C.
Magnetic Bearing
- 19.The angular difference between the nose and the NDB station measure clockwise.
- A.
Relative Bearing
- B.
Magnetic Heading
- C.
Magnetic Bearing
- 20.A heading based on the Magnetic Compass.
- A.
Relative Bearing
- B.
Magnetic Heading
- C.
Magnetic Bearing
- 21.Magnetic heading plus relative bearing equals.
- A.
Relative Bearing
- B.
Magnetic Heading
- C.
Magnetic Bearing
- 22.A technique in flying the NDB by keeping the needle of the ADF on the aircraft nose:
- A.
Tracking
- B.
Homing
- C.
Bracketing
- 23.ADF equipment is capable of receiving signals from what type of facility?
- A.
Any FM radio stations
- B.
NDB and AM commercial broadcast station
- C.
Specially equipped VOR stations
- 24.It is the horizontal direction from 1 point to another; it can be measured clockwise in degrees from any reference point.:
- A.
Bearing
- B.
Heading
- C.
Relative Bearing
- 25.31-40 (Refer to Figure 22.) What is the estimated en route from Mercer Country Regional Airport (area 3) to Minot International (area 1)? The wind is from 330° at 25 knots and the true airspeed is 100 knots. Add 3-1/2 minutes for departure and climb-0. (10 points - please show your computation/solution)
- A.
44 minutes
- B.
52 minutes
- C.
48 minutes
- D.
Solution: 1. Measure the distance between Mercer County Regional Airport and Minot International (59NM) 2. Determine the True Course (TC) (012°) 3. Determine the groundspeed using your flight computer. a. Enter the wind direction and speed (330° True at 25 Kts.) b. Enter the TC (012°) c. Enter the True Air Speed (TAS) (100 Kts.) d. GS = 80 Kts 4. Determine the time enroute using your flight computer (59 NM at 80 NM/hr. = 44 min. 15 sec.) 5. Add departure and climb-out time (3 min. 30 sec. + 44 min. 15 sec. = 47 min. 45 sec.) This is rounded to 48 min.
Questions: 19 | Attempts: 11880 | Last updated: Apr 28, 2022
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