| 1. Who is responsible for determining that the
altimeter system and other required inspections have been completed and
that they meet the FAR requirements for a particular instrument flight? Owner
Operator
Pilot in command
An
FAA-certificated mechanic
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2. If your aircraft develops a condition in
flight which makes it unairworthy, you are required to
.
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| 3. You may not act as pilot in command or as a
required pilot flight crewmember within how many hours after you have
consumed any alcoholic beverage?
8
16
24 48
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4. You may not act as pilot in command or as a
required pilot flight crewmember if your blood alcohol level, by weight,
is % or more. |
| 5. Before beginning a VFR flight, you must
become familiar with all available information concerning that
flight. For an IFR flight, what additional items must you
accomplish?
Familiarize yourself
with all of the instrument approaches at your destination airport.
List an alternate airport
and compute the takeoff and landing distances at your intended
destination.
List an alternate airport on
your flight plan and familiarize yourself with the instrument approaches
to that airport.
Alternatives available if
the planned flight cannot be completed.
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6. Upon entering VFR conditions while on an IFR flight plan, ATC is
still responsible for your separation for other air traffic.
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| 7. On an IFR flight plan, when are you required
to see and avoid other aircraft?
Only when you are
advised by ATC
At all times when you are
not in radar contact with ATC
When weather conditions
permit, regardless of whether you are operating under IFR or VFR.
During takeoff and landing
and until established on airways, if you are not in radar contact with
ATC.
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8. Which aircraft has the right-of-way over all
other air traffic?
Glider
Balloon
Aircraft in distress
Aircraft on final approach
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| 9. When you are at or above FL 180
in U.S. airspace, you are required to set your altimeter to in.
Hg.
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10. If you are departing from an airport where you cannot obtain an
altimeter setting, you should set your altimeter to :
zero
29.92 in. Hg.
the airport elevation
the current airport barometric
pressure, if known.
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11. While on an IFR flight, you have an emergency that causes you to deviate
from an ATC clearance. According to regulations, what action must you
take?
Squawk 7700
Notify ATC of the deviation as
soon as possible.
Request an amended clearance
or cancel your IFR flight plan.
Submit a detailed report of
the deviation to the chief of the ATC facility within 48 hours.
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12. If you have canceled your IFR flight plan 10 miles from your controlled
airport destination, when are you required to establish communications with
the control tower?
When advised by ARTCC
Immediately after you cancel
your flight plan
Anytime prior to entering
Class D airspace
At least five miles from the
center of the airport
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13. You may not operate an aircraft within Class C airspace unless:
the aircraft is
equipped with a VOR receiver.
you posses at least a private
pilot certificate.
the aircraft has a basic
4096-code transponder.
you establish and maintain
two-way radio communications with ATC.
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14.For IFR operation in Class B airspace, what equipment is required in
addition to a VOR receiver and two-way radio communications?
Standby VOR,
communications receiver, and DME
An operable transponder with
Mode C capability
Standby communications
receiver, DME, and a transponder
Another VOR, communications
receiver, and a transponder
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15. In Class B airspace, a 4096-code transponder with automatic
altitude reporting equipment is not required.
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16. Regulations require an instrument rating for flight in VFR weather
conditions when you are flying:
into an ADIZ
in Class B airspace
in Class A airspace
through military operations
areas
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17. VFR-on-top operations are prohibited in :
Class D airspace
In Class B airspace
all controlled airspace
in Class A airspace
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18. An IFR clearance is required during VFR weather conditions when you are:
practicing instrument
approaches
operating in Class A airspace
operating in Class E airspace
above 14,500'
operating in an ADIZ
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19. What minimum flight visibility and distance from clouds is required
during a VFR-on-top flight at 12,500 feet MSL (more than 1,200' AGL) in
controlled airspace?
5 miles visibility and
2,000' from, 1,000' above, and 500' below any clouds
5 miles visibility and 1 mile
from, 1,000' above, and 1,000' below any clouds
3 miles visibility and 2,000'
from, 1,000' above, and 500' below any clouds
3 miles visibility and 1 mile
from, 1,000' above, and 1,000' below any clouds
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20. What is the minimum flight visibility and distance from clouds required
for you to operate under VFR in controlled airspace at less than 1,200' AGL?
3 miles visibility and
clear of clouds
1 mile flight visibility and
clear of clouds
1 mile visibility and 2,000'
from, 1,000' above, 1,000' below clouds
3 miles visibility and 2,000'
from, 1,000' above, 500' below clouds
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21. What is the minimum flight visibility and distance from clouds required
for a special VFR clearance?
1 mile flight
visibility and clear of clouds
3 miles flight visibility and
clear of clouds
1 mile flight visibility,
2,000' from, 1,000' above, and 1,000' below clouds
3 miles visibility, 2,000'
from, 1,000' above, and 1,000' below clouds.
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22. When you are flying with a VFR-on-top clearance, your cruising altitude
is based on:
true course
true heading
magnetic course
magnetic heading
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23. Below 18,000' MSL, what cruising altitude would be appropriate for a
westbound VFR-on-top flight?
Odd thousand-foot
altitudes
Even thousand-foot altitudes
Odd thousand-foot altitudes
plus 500 feet, but not one below the MEA
Even thousand-foot altitudes
plus 500', but not one below the MEA
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24. An alternate airport is not required for an IFR flight if a ceiling of
at least 2,000' and a visibility of 3 miles is forecast for the destination
airport at your plus or minus
hour(s).
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25. Assume you are on a flight in IFR conditions and the airport where you
intend to land is forecast at your ETA to have a 1,500' ceiling and 3 miles
visibility. The minimum fuel required in this situation is
enough to fly to your destination and then fly:
for another 45 minutes
at normal cruise speed.thereafter for 30 minutes at
normal cruise speed.
to your alternate airport, and
thereafter for 30 minutes at normal cruise speed.
to your alternate airport, and
thereafter for 45 minutes at normal cruise speed.
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ATL FT AMD 1 161615 1630Z C20 BKN 6RW - VRBL 20 SCT C40 BKN OCNL 4RW -
3315. 18Z 40 SCT C100 BKN 3110 OCNL C20 BKN 6RW - CHC C10 OVC 3TRW 3310G20
AFT 21Z. 09Z MVFR CIG R.
The terminal forecast for your arrival (ETA 1730Z) at Atlanta
Hartsfield International Airport indicates that an alternate airport is not
required on your IFR flight plan.
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27. Assume an airport with a precision approach procedure has standard
alternate minimums. To qualify as an alternate airport, the minimum
forecast conditions at your ETA must be no lower than a ceiling of
feet and visibility of miles.
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28. If an airport with a nonprecision approach has standard alternate
alternate minimums, the forecast conditions at your ETA must indicate a
ceiling of at least feet and
visibility of miles.
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29. For an airport without approved instrument approach procedures to
qualify as an alternate, the minimum ceiling and visibility forecast for
your ETA must:
be at least 2,000 feet
and 3 miles
allow descent from the MEA,
approach, and landing under basic VFR.
be at least 2,000' and 3 miles
from 2 hours before until 2 hours after your ETA.
be at least 1,000 feet above
the highest obstacle and 3 miles from 2 hours before until 2 hours after
your ETA.
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30.For use in IFR conditions, VOR equipment must be operationally checked
every .
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31. What type of entry must be made in the aircraft logbook or other
permanent record by a pilot who has made a VOR operational check?
The date, place,
bearing error, and signature
The date, place, satisfactory
or unsatisfactory check, and signature
The date, frequency used, and
bearing reading of VOR or VOT, along with the tach reading and signature.
The date, frequency of VOR or VOT,
number of flight hours since the last operational check, and signature.
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32. If you are making an airborne VOR operational check, what is the maximum
allowable tolerance between the two indicators of a dual VOR system?
4 degrees between the
indicated bearings to a VOR
6 degrees between the
indicated bearings to a VOR
plus or minus 4 degrees when
set to identical radials of a VOR
plus or minus 6 degrees when
set to identical radials of a VOR
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33. If you are flying directly over an airborne VOR checkpoint, what is the
maximum tolerance for the VOR indication when the CDI is centered?
Within 4 degrees of
the designated radial with a TO indication
Within a 6 degrees of the
designated radial with a TO indication
Plus or minus 4 degrees of the
designated radial with a FROM indication
Plus or minus 6 degrees of the
designated radials
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34. If you are departing an airport located outside of controlled airspace
during IFR conditions, you must file an IFR flight plan and receive a
clearance before entering
.
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35. Filing an IFR flight plan is required before you enter which types of
airspace?
Any airspace where the
visibility is less than one mile.
Class E airspace with IFR
weather conditions and Class A airspace.
Any airspace above 700 feet AGL, if the visibility is less than one mile.
In class A through E airspace
areas, and all other airspace, if the visibility is less than one mile.
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36. If, during an ILS approach in IFR conditions, the approach lights are
not visible upon your arrival at the DH, you are required to execute a
missed approach unless you have at least
of the other required visual cues in sight.
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37. When no other minimum altitude is prescribed, the minimum IFR altitude
over the highest obstacle in designated mountainous areas is
feet.
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38. The pilot in command of an aircraft on an IFR flight plan in controlled
airspace is required to report:
entering VFR
conditions
changing heading onto a new
airway
any unforecast weather
conditions encountered.
passing designated checkpoints
while under radar control.
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39. Assume you enter a holding pattern at a fix that is not the same as the
approach fix and receive an EFC time of 1530. If you experience complete two-way failure at 1520, what procedure should you follow to
execute the approach to a landing?
Depart the holding fix
at the EFC time and complete the approach.
Depart the holding fix at the
EFC time, or earlier, if your flight planned ETA is before the EFC.
Depart the holding fix to
arrive at the approach fix at the
EFC and complete the approach.
Depart the holding fix to
arrive about two minutes ahead of the EFC, enter a holding pattern at the
final fix, and adjust the pattern to leave the fix inbound at the EFC.
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40. What altitude and route should you use if you are flying in IFR weather
conditions and have two-way radio communications failure?
Fly the most direct
route to your destination, maintaining the highest of last assigned
altitude or MEA.
Descend to the MEA, and, if
clear of clouds, proceed to the nearest appropriate airport. If not clear
of clouds, maintain the highest of the MEAs along the clearance route.
Fly direct to an area that has
been forecast to have VFR conditions. Fly at an altitude that is at least
1,000 feet above the highest obstacles along the route.
Continue on the route
specified in your clearance. Fly an altitude that is the highest of: the
last assigned altitude, the altitude ATC has informed you to expect, or
the MEA.
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41. Assume your aircraft is equipped with two VOR receivers, the No. 1
receiver has VOR/LOV/GS capability, and the No. 2 receiver has only VOR.
What action, if any, should you take if you No. 1 VOR receiver malfunctions
while you are operating in controlled airspace under IFR?
Report the malfunction
immediately to ATC.
Continue the flight as
cleared; no report is required.
Continue the approach and
request a VOR or NDB approach.
Report the malfunction to ATC
if you do not have
ADF for backup.
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42. Select the documents that are normally required to be in the airplane
for flight.
Airframe logbooks
Proof of insurance
Registration certificate
Aircraft engine logbooks
Airworthiness certificate
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43. According to regulations, the three flight instruments are required for
any VFR or IFR flight are the ,
indicator, and the
indicator.
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44. What minimum navigation equipment is required for IFR flight?
VOR/LOC receiver,
transponder, and DME
Nav equipment compatible with
the enroute ground facilities
Navigational equipment
appropriate to the facilities to be used
VOR receiver, ADF receiver,
and an altitude encoding transponder
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45. Approved DME is required within the 50 states and the District of
Columbia for U.S. registered civil aircraft operated at or above
feet MSL.
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46. What should you do if you are operating in an area requiring DME
and your DME fails?
Request an altitude
below FL240 and continue to your destination.
Advise ATC of the failure and
land at the nearest available airport where repairs can be made.
Notify ATC that it will be
necessary for you to receive radar vectors to your destination airport.
Notify ATC of the failure and
continue to your next airport of intended landing where repairs can be
made.
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47.What aircraft equipment is required for flight under IFR?
radar altimeter
dual VOR system
flight director system
gyroscopic direction indicator
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For questions 48 through 51, match the required minimum equipment with
the specified flight operation. Each flight operation may have more than one
answer.
48.VFR (night) 50. IFR
(night)
49.IFR
(day) 51. Class
B airspace (day)
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52. ELT batteries must be replaced or recharged after one cumulative hour of
use or:
after 3 years
when the shelf life of the
battery has expired
after the manufacturers
recommended replacement datewhen one half of the useful
life of the battery has expired
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A. Position lighting and anitcollision lights
B. Flotation gear for each occupant and a pyrotechnic signaling device
C. Slip-skid indicator, sensitive adjustable altimeter, rate-of-turn
indicator, clock, attitude indicator, and heading indicator
D. Radio capable of communicating with ATC, appropriate radio navigation
equipment, and a transponder with Mode C
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53. Aircraft position lights must be illuminated from
sunrise to sunset
sunset to sunrise
one hour after sunset to one
hour after sunrise
one hour before sunset to one
hour before sunrise
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54. Supplemental oxygen must be available for each occupant of an aircraft
above a cabin pressure altitude of
feet MSL.
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55. If you fly an unpressurized aircraft above 12,500' MSL, but at not more
than 14,000' MSL, for a period of 2 hours and 20 minutes, how long are you
required to use supplemental oxygen during flight?
1 hour 20 minutes
1 hour 50 minutes
2 hours 20 minutes
Supplemental oxygen is not
required at these altitudes
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56. Excluding the airspace at and below 2,500' AGL, transponders with
altitude encoding capability are required in controlled airspace above feet
effective July 1, 1989.
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57. If your aircraft is equipped with an operational transponder, regulations
specifically require that it must be turned on while flying within .
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58. If you need to fly through Class B airspace, how far in advance must you
contact the controlling ATC facility for permission to deviate from the
transponder equipment requirement?
One hour before the
proposed flight
8 hours before the proposed
flight
24 hours before the proposed
flight
Aircraft without transponders
are not allowed in Class B airspace areas.
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59. The person who is primarily responsible for maintaining an aircraft in
an airworthy condition is the or .
61. In order for a transponder to be used in controlled airspace, it must
be inspected by a certificated repair station within the previous .
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60. IFR flight in controlled airspace is prohibited unless, within the
previous 24 calendar months, the:
static system has been
tested and inspected.
flight instruments have been
tested and inspected
communications radios have
been tested and inspected.
aircraft has received a new
airworthiness certificate.
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