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Question
1. How are runway lengths rounded off when published on sectionals?

2. What is the meaning of "over-square" engine operation?

3. What is a cyclone?

4. How are the full needle deflections of a VOR different from those of an ILS?

5. What is the full name of the altitude measuring device used in aircraft?

6. What does the altimeter measure?

7. How do you determine and use pressure altitude?

8. By setting in the local altimeter setting at an airport what are you really setting?

9. What is the altitude setting given to you by a radar facility?

10. How are the elevations of obstacles measured on charts?

11. How can a pilot make indicated altitude approximate true altitude?

12. What is the height above charted terrain by a radar altimeter called?

13. How is mean sea level determined?

Answer
1. The rounding number used for runways is 70 feet not the usual 50 feet.
2. Over-square engine operation means that the manifold pressure in inches will exceed rpm in hundreds.
3. A cyclone is a low-pressure area.

4. The full VOR needle deflection is at 10 degrees, that of the Localizer is 2.5 degrees and the glideslope is .7 degrees.

The glideslope is 3.6 times more sensitive than the localizer and 14.3 times as sensitive as the VOR.

5. Aircraft use a sensitive pressure altimeter. The word 'sensitive' applies to the setting of the local altitude using the knob that moves the readings of the Kollsman window. The pressure altimeter part applies to its function as an aneroid barometer that varies via gears to translate outside air pressures into footage measurements on a dial or meter.

6. The altimeter measures the absolute pressure as caused by the weight of the air above the aircraft at a given moment.

7. You measure pressure altitude by setting 29.92 into the Kollsman window. In conjunction with temperature the pressure altitude is used to determine density altitude. The 29.92 altimeter setting is used by all aircraft above 18,000 feet.

8. The local altimeter setting is the elevation of the airport above mean sea level.

9. Radar facilities are required to make at least one altitude check per contact with aircraft to confirm that the aircraft has been given and has set the local altimeter setting. The blind altimeter associated with the transponder altitude encoder is always set to 29.92 and the appropriate local corrections are made by the ground computer. Allowable error is 300 feet.

10. Elevations of all obstacles are measured from mean sea level (MSL). Additionally, man-made obstacles may have and above ground level measurement. (AGL)

11. Any time you set in 29.92 into the Kollsman window the altimeter is reading close to true altitude. This is the height above sea level.

12. Radar altimeters measure absolute altitude. First used in All airline pilot training, commercial pilot training, air force pilot training, fighter pilot training, pilot training schools, flight training schools, flight attendant training, helicopter flight training, accelerated flight training, airline flight training, flight training florida, flight attendant training schools, instrument flight training, cpl flight flying school training training, flight training simulator, flight training academy, atp flight training, helicopter flight training schools, california flight training, professional flight training, data flight training, orlando flight training, corporate flight attendant training, flight nurse training, warrant officer flight training, flight training device, lufthansa flight training, flight training san diego, alien alien flight flight training, military pilot training, sport pilot training and private pilot training.

13. Mean sea level is an imaginary level halfway between the average range of the tidal highs and lows of the ocean. It is a type of average tide level.

Question
1. Of the four following stalls, which are parts of a specific PTS
. Accelerated, power-on or power-off, imminent
2. Upon receiving the necessary instruction and an endorsement from an autholorized instructor who gave the training, how soon can an applicant who fails a practical test apply for retesting?
3. What is the all-inclusive requirement for an aircraft used in taking the PTS?
4. May a pilot with a third-class medical take the commercial practical test?
5. The tests for pilot certification are referenced according to norms, or criteria, or evaluation?.
6. What is the universal PTS standard used to ensure a high lever of performance by all pilots?
7. What level of learning is tested by giving a simulated engine failure?
8. A series of jagged yellow VVVVV s at the end of a taxiway indicate what?
9. What is the purpose of a yellow sign with a single letter and an arrow?
10. What is the purpose of a black sign with a yellow outline about a yellow letter?
11. What is the purpose of the white dashed lines on a holding bay? _ _ _ _ _
----------
12. What is the purpose of the black stepladder like sign on a yellow background?
13. How can you understand better that upper level winds/weather drives lower level winds and weather?
14.When weather charts show a high northeast of a low, what can you expect?
15. What separations are required by heavy aircraft departing the same runway?

Answer
1. The accelerated is no longer required by any PTS; The imminent is part of the private pilot PTS; The power on and power off are part of the instructor PTS.
2. Application may be submitted immediately.
3. aircraft must have no prescribed operating limitations that prohibits its use in any required area of operation.
4. Yes he can take and pass the test but cannot fly as a commercial pilot until getting a class-two medical.
5. PTS are referenced by evaluation.
6. Safety is the overriding requirement.
7. The simulated emergency requires that the pilot apply learning. (Application)
8. This is called demarcation bar markings used to indicate a runway with a displaced threshold from a blast pad, stopway or taxiway preceeding the runway.
9. The yellow sign with a letter followed by an arrow gives name and direction of taiway out of intersection.
10. The black sign with yellow outline about a yellow letter names the taxiway.
11. The holding bay holds the aircraft for operational purposes.
12. The yellow sign with a black stepladder on it itentifies the exit boundary for the ILWS critical area. This is the area where an aircraft or vehicle could interfere with the ILS signal.
13. Become familiar with the 500mb chart which is about 18,000'.
14. Expect gusty strong winds from the east and southeast.
15. Controllers are required to provide 3-minutes of separation behind heavy aircraft

Question
1. Why are the doors of most Piper aircraft on the right side?
2. When can a displaced threshold be used?
3. What is the force causing forward motion in a gliding aircraft?
4. How is the indication of the turn coordinator and the needle turn indicator different?
5. What is VOT?
6. What are the narrow gray lines on a sectional will have IR and VR followed by a number?
7. A small box in remote areas lists a radio frequency with the letter RCO. What is it?
8. Airways may have MOCA as an altitude. What is it?
9. What has an FSS to do with an LAA?
10. An instrument pilot needs to know what an IAWP is.
11. Inside a VOR box on the sectional there may be a little circle with an H in it. What is it?
12. What's the word meaning for CTAF?
13. What is the word meaning for ATIS?
14. How many satellites make up the GPS system?
15. LAHS0 procedures requires what visibility minimums.
16. What device is required to assure the completion of repetitive tasks?
17. How are significant clouds and weather FA forecasts spread over an area?
18. What are the minimum VFR conditions for Class D airspace?
19. What is the group term used for single-engine land and sea, multi-engine land and sea aircraft?
20. How long will a first-class medical certificate be valid for a young private pilot?
21. How does the airflow into the Pitot tube affect the airspeed indicator.
22. What causes detonation in an aircraft engine?
23. How is the fourth GPS satellite required for position used?

Answer
1. The door is on the right side because of the wider doorpost required. On the right side it obstructs the pilot's visibility less than it would on the left side. C-210P is an exception.
2. The surface of a displaced threshold may be used for takeoff but not for landing. It may be used for landing role at the far end of a runway. It may be used to takeoff at either end.
3. Gravity.
4. The turn coordinator senses both roll and yaw, a turn indicator senses just yaw.
5. The VOT is the FAA's preferred way of testing the accuracy of a VOR. Test sites in the AIM.
6. These are high-speed military training routes either VFR or IFR and high or low level up to 20 nm wide.
7. RCO is a remote communications outlet used via landline to make contact with an FSS.
8. The MOCA is the minimum obstacle clearance altitude that assures reception within 22 miles of VOR.
9. This is where a flight service station gives local airport advisories.
10. An IAWP is an initial approach waypoint. (GPS)
11. This is a FSS transcribed hazardous in-flight weather advisory service warning over the VOR frequency.
12. The CTAF is the common traffic advisory frequency for use at non-tower airports or when tower closed.
13. The ATIS is the automatic terminal information system giving airport weather, wind, runway and freqs.
14. 24. See AIM 1-1-21
15. 3 statute mile visibility is required for land and hold short operations. See AIM 4-3-11
16. The checklist makes it possible to complete repetitive tasks that long-term memory will forget.
17. FA forecasts of SIG CLDS AND WX are given state by state.
18. Class D airspace minimums are a ceiling of 1000 feet and three statute mile ground visibility.
19. SEL, SES; MEL, MES are airplane 'classes'.
20. three years.
21. It doesn't. There is NO airflow into the pitot tube. Only air pressure impacts the pitot tube opening.
22. Detonation is caused when unburned fuel explodes from internal head/pressure instead of burning from the spark of the ignition system.
23. The fourth satellite is used to verify the time clock settings of the other three required satellites.

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