Navigation Flashcards

1
Q

DESCRIBE the basic concepts, principles, and terminology used in air navigation

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2
Q

DESCRIBE types of air navigation

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3
Q

DESCRIBE the four basic elements of dead reckoning navigation

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4
Q

DESCRIBE the flight instruments used in dead reckoning navigation

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5
Q

DESCRIBE a great circle route

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6
Q

DESCRIBE Lambert Conformal charts

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7
Q

DESCRIBE the relationship among heading, course, and track

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8
Q

EXPLAIN magnetic variation

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9
Q

COMPUTE true and magnetic directions using magnetic variation

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10
Q

DESCRIBE the global timekeeping system

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11
Q

SOLVE global timekeeping problems

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12
Q

LOCATE geographic points on a navigational chart using a navigation plotter to within +/- 1/2 nautical mile and expressed in latitude and longitude

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13
Q

PLOT geographic points on a navigational chart given their latitude and longitude using a navigation plotter to within +/- 1/2 nautical mile

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14
Q

PLOT courses on a navigational chart using a navigation plotter and dividers to within +/- one degree and +/- 1/2 nautical mile

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15
Q

MEASURE directions on a navigational chart using a navigation plotter and dividers to within +/- one degree and +/- 1/2 nautical mile

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16
Q

PLOT an aircraft’s geographic position on a navigational chart based on its relationship to a TACAN station using a navigation plotter and dividers to within +/- one degree and +/- 1/2 nautical mile

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17
Q

DESCRIBE the CR-3 air navigation computer

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18
Q

SOLVE rate problems using the CR-3 computer to a tolerance of +/- one unit on the logarithmic scale

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19
Q

SOLVE fuel conversion problems using the CR-3 computer to a tolerance of +/- one unit on the logarithmic scale

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20
Q

DESCRIBE the effect of air density on true airspeed and Mach number

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21
Q

DEFINE indicated airspeed

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22
Q

DEFINE calibrated airspeed

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23
Q

DEFINE true airspeed

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24
Q

DEFINE ground speed

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25
Q

DESCRIBE the factors affecting the different types of airspeed

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26
Q

CALCULATE true airspeed using the CR-3 air navigation computer given indicated airspeed, calibration data, altimeter setting, indicated altitude, and outside air temperature to within +/- 2 KTS

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27
Q

CALCULATE Mach number using the CR-3 air navigation computer given indicated airspeed, calibration data, altimeter setting, indicated altitude, and outside air temperature to within +/-.01

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28
Q

DESCRIBE the flight planning process as it pertains to air navigation

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29
Q

DESCRIBE the jet log

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30
Q

PERFORM time and fuel planning using the en-route portion of the jet log

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31
Q

CALCULATE true heading, crab angle, and groundspeed using the CR-3 air navigation computer given true airspeed, true course, and preflight wind direction and velocity to within +/- 3 degrees and +/-3 KTS (wind velocity less than 70 KTS), or +/-5 degrees and +/- 5 KTS (wind velocity greater than 70 KTS)

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32
Q

CALCULATE wind direction and velocity using the CR-3 air navigation computer given true heading, true airspeed, track, and groundspeed to within +/- 3 degrees and +/-3 KTS (wind velocity less than 70 KTS), or +/-5 degrees and +/- 5 KTS (wind velocity greater than 70 KTS)

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33
Q

CALCULATE the estimated time of arrival (ETA) at a destination when given an updated ground speed

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34
Q

CALCULATE the estimated fuel remaining (EFR) at a destination when given the current fuel onboard and a predicted fuel flow

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