VFR Study Cards Flashcards

1
Q

ACRONYM for what to do in a spin

A

PARE

P - Power to idle
A - Ailerons neutral
R - Rudder away from spin
E - Elevator down

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2
Q

ACRONYM for preflight passenger briefing

A

SAFETY

S - Seatbelts (latch, unlatch and adjust), seats
A - Air vents
F - Fie extinguisher
E - Exits (Latches, handle and direction to clear)
T - Talking / traffic
Y - Your questions

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3
Q

ACRONYM - In Flight Engine Failure

A

ABCDE

A - Airspeed (best glidespeed is 70 kts loaded)
B - Best landing spot
C - Checklist LtoR (FFFMMM = fuel tank, fuel primer locked, fuel pump on, master on, mix rich, magnetos on)
D - Declare emergency 121.5 / squawk 7700 (Mayday Mayday Cherokee 9726 Juliet engine failure landing in a field 4 miles north west of Punta Gorda county to souls aboard)
E - Execute emergency landing

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4
Q

ACRONYM - Landing checklist (on downwind)

A

GUMPS

G - Gas selection
U - Undercarriage (gear down)
M - Mixture rich
P - Aux fuel pump / propeller max RPM
S - Switches (pump/strobe) / seatbelt / seats

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5
Q

ACRONYM - Checklist before maneuvers

A

CHAMPS

C - Clearing turns
H - Heading (bug on DG)
A - Airspeed (10 Its +/-) / Altitude 600 - 1000 AGL (+/-100ft)
M - Mixture - rich
P - Power
S - Switches

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6
Q

ACRONYM - TAPIA for radio VHF coms

A

TAPIA

T - Them
A - Aircraft tail
P - Position
I - Intention
A - Atis

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7
Q

ACRONYM - Documents in the Aircraft

A

SPARROW

Supplemental indo - modifications
Placards
Airworthiness Certificate
Registration
Radio License (required for international flight)
Operating Limitations (found in the POH)
Weight and Balance equipment list

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8
Q

ACRONYM - Required Inspections

A

AVIATES

Annual – every 12 calendar months
VOR – every 30 days for IFR
100 hour - if airplane is being operated for hire
Altimeter/Pitot Static – 24 calendar months; required for IFR flight
Transponder – 24 calendar months
ELT – 12 calendar months or after 1 hour cumulative use or half of battery life
Service bulletins and ADs - complied with always

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9
Q

ACRONYMS - Minimum equipment required for flight

A

ATOMATOFLAMES (can us a MEL (Minimum Equipment List) is an FAA approved list of equipment that can be inoperative vs A KOEL (Kinds of Operations Equipment List) is similar, but it’s published by the manufacturer)

Altimeter
Tachometer
Oil temperature gauge
Magnetic compass
Airspeed Indicator
Temperature gauge (for liquid cooled engines)
Oil pressure
Fuel quantity gauge
Landing gear position indicator (for retractable landing gear)
Anti-collision lights – Aviation red or white (e.g. red rotating beacon or white strobes)
Manifold pressure gauge (for airplanes with a constant speed propeller)
ELT
Seatbelts

ALSO check:
1) type certificate data sheet (TCDS) FAA
2) KOEL (manufaturer)
3) MEL
4) any AD’s

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10
Q

ACRONYM - Required for night flight

A

FLAPS

Fuses 3 of each kind or 1 complete set
Landing light if airplane is being flown for hire (including flight training)
Anti-collision lights
Position lights – Also called navigation lights – red on the left side, green on the right and white on the tail
Source of electricity – Battery or alternator

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11
Q

Name and describe the different AIRSPEEDS (4)

A

IAS – indicated

CAS – calibrated (IAS corrected for instrument, position, and installation error) It is equal to TAS in the standard atmosphere at sea level.

TAS – true (CAS corrected for non-standard temperature and pressure)

GS – ground (TAS corrected for wind)

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12
Q

Names and describe the different types of ALTITUDE (5)

A

Indicated – altitude as read off of the altimeter with appropriate setting

Pressure – vertical distance above the standard datum plane: a theoretical plane where sea level pressure exists. It can be found by setting 29.92 in Kollsman window and reading the altitude. (=field elevation + 1000 ft / 29.92-indicated inches)

Density - Pressure altitude corrected for non-standard temp. (=PA+120x(OAT-15))temp of 15 has to be corrected for adiabadic lapse rate -2deg C/1000 ft

True – vertical distance above sea level (MSL)

Absolute - vertical distance above terrain (AGL)

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13
Q

ACRONYMS - Special Use Airsp aces

A

McPRAWN

Military Operation Area – Military training such as aerial intercepts, formation flying, and low altitude tactics is conducted in these areas. Contact FSS to obtain hours of operation and it is advised to contact controlling agency for traffic advisories. Permission is not needed to enter, but pilots must exercise extreme caution.
Controlled Firing Areas (does not appear on charts) – Activities that could be hazardous are suspended immediately when a spotter detects an aircraft.
Prohibited – Areas designated for national security or welfare. Flight in this area is prohibited.
Restricted – Unusual and oftentimes invisible hazards such as artillery or missile firing. When the restricted areas is active pilots will need to get permission from the controlling authority to enter.
Alert – May contain a high volume of pilot training or unusual aerial activity. No clearance is needed to enter but all pilots should be alert.
Warning Areas – Extends from 3nm outward from the U.S. coast, invisible hazardous to non-participating aircraft.
NSA - National security area (voluntary), blue boxcars on chart
SFRA - Special flight restrictions (DC need to file special flight plan) magenta dashed

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14
Q

ACRONYM - preflight actions required by the FARs

A

NWKRAFT

NOTAMS
Weather
Known ATC delays
Runway Lengths
Alternates
Fuel
Takeoff and Landing Distances

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15
Q

ACRONYM - What do you do if you become lost in-flight?

A

5C’s

Climb – obtain a better view of your surroundings
Circle – don’t become more lost; stay in one spot
Conserve – lean your mixture and save fuel
Communicate – make contact with an FSS or an air traffic controller
Confess – don’t be afraid to admit that you are lost. They are there to help you!

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16
Q

What are 3 stages of a Thunderstorm?

A

Cumulus stage: lifting action
Mature stage: most violent updrafts and downdrafts with rain or hail (ice}
Dissipating stage: downdrafts

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17
Q

What is a TFR and when is it issued?

A

A TFR is a Temporary flight restriction and can be issued for [VANSS]:
• VIP
• Airshow
• Natural Disaster
• Sporting event
• Space operations (e.g. NASA)

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18
Q

What are NOTAMs and types?

A

• A NOTAM is a Notice to Airmen and includes time-critical information the could affect a pilots decision to make a flight. NOTAMs are issued for things like:

• Runways, taxiways and ramp restrictions
• Obstructions (e.g. birds)
• Communications
• Airspace

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19
Q

What is ground effect?

A

• When an aircraft flies at a ground level approximately at or below the half length of the aircraft’s wingspan there occurs, depending on airfoil and aircraft design, an often noticeable ground effect.
• This is caused primarily by the ground interrupting the wingtip vortices and downwash behind the wing.
• When a plane is flown very close to the ground, wingtip vortices are unable to form effectively due to the obstruction of the ground.
• The result is lower induced drag, which increases the speed and lift of the aircraft.

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20
Q

What is considered ‘night’ for logging nighttime vs. TO and landing currency?

A
  • For logging night time, ‘night’ is the time between the end of evening civil twilight and the beginning of morning civil twilight (when the sun is 6 degrees below the horizon) - FAR/AIM definition
  • For logging night takeoffs and landings and passenger carry, night is the period beginning 1 hour after sunset and ending 1 hour before sunrise

or

Position lights – sunset to sunrise
Special VFR – sunrise to sunset unless instrument rated
Carry Passengers – 1 hour after sunset to 1 hour before
Everything else – twilight to twilight (26-30 minutes before and after)

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21
Q

ACRONYM - What are exceptions to hired flight restrictions for PPL?

A

PSCRIPT
• They pay at least the Pro-rata share of operating expenses (fuel, oil, airport expenses, rental fees)
• They’re an aircraft Salesperson (with at least 200 hours)
• It’s for a Charitable event
• Or Rescue operations (expenses can be reimbursed)
• Or its Incidental to that business or employment (but not carrying passengers or property)
• Or they’re conducting a Production test flight
• Or they’re Towing a glider

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22
Q

What is is Va and how does it change (plane will stall prior to damage)?

A

• Va is the design maneuvering airspeed. It’s 112 (gross) knots in our plane, depending on weight.
• Va is the maximum speed at which you can make full or abrupt movements of a single control without causing structural damage.
• It’s also the fastest speed at which the plane will stall before exceeding its limit load if the AOA suddenly and dramatically increases.

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23
Q

Tell me about your airplane:

A

Engine [LHAND]
• The engine is 180-hp Lycoming 0-360 A3A
• Horizontally-opposed, 4-cylinder (meaning a flat piston engine where the cylinders are located on either side of a central crankshaft)
• Air-cooled (air intakes at the front allow outside air to cool the cylinders)
• Normally aspirated - meaning self powered / no turbo or surpercharger
• Direct drive - meaning there’s no gear box or transmission
• Propeller is Sensich M76EMMS one piece, fixed pitch alloy forged.

Fuel System
• We have one fuel tank per wing, each with a 25 gallon capacity
• Fuel is moved from the tanks to the engine by an engine driven fuel pump
• There’s also an auxiliary boost pump which is electrically powered and used as a backup and during critical stages of flight
A fuel selector valve allows the pilot to control which tank the fuel is pulled from
• There are fuel quantity and pressure gauges in the cockpit to monitor the fuel situation
• Fuel enters the float type carburetor via a fuel inlet and is drawn into the Venturi to be mixed with air prior to reaching the cylinders
• Underneath each wing near the landing gear is a sump to drain fuel samples - this is the lowest point of either tank
• There’s another sump on the front left side of the aircraft - this is the lowest point of the fuel system

Electrical System
• 12 volt battery, 14 volt system with a 60 amp alternator
• The alternator is powered by the belt
• The electrical system provides power to the radio equipment, engine gauges, fuel pump, GPS, turn coordinator and all lights
• The magnetos are a self-sustaining source of electricity so as long as the propeller and crankshaft are turning, they’ll continue to provide electricity to the spark plugs and the engine will continue to run,

Brakes Hydraulics
• The plane has Cleveland single disc hydraulic brakes • It’s got a fixed landing gear and struts

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24
Q

ACRONYM - Names some special use airspace and requirements

A

MCPRAWNS

• MOA ok to fly through
• CFA controlled firing area - won’t likely see or know about
• *Prohibited - always (e.g. Area 51)
• *Restricted - only when active
• Alert - e.g. high volume / training
• Warning - off the coast 3nm
• *NSA -no fly
• SFRA Special Flight Restricted Area - e.g. Disneyland or Washington DC

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25
Q

What is a congested area?

A

• Any city. town, settlement or open air assembly of people
• Must st at least 1,000 feet above the highest obstacle within a 2,000’ horizontal radius
• [If asked] Over non-congested, you must be at least 500’ from any person, vessel, vehicle or structure
• Otherwise, you must maintain an altitude allowing, if a power unit fails, an emergency landing without undue hazard to persons or property

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26
Q

What are some weather resources for pre-flight and in-flight?

A

• For pre-flight, some good resources are AviationWeather.gov, call or visit 1800WXBRIEF, and ForeFlight.
• In flight resources include the ATIS/AW0S/ASOS, ATC and Flight Service Stations on 122.2

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27
Q

Discuss lights on aircraft and field

A
  • on the airplane we have the rotating beacon on the back and the strobe underneath (both red in front, white on back - anti-collision lights),
  • the position (nav) lights - red on the left, green on the right - with white landing lights next to them on the wing tips and a white taxi light under the propeller.

Airport lighting includes:
- A rotating beacon that flashes white and green for civilian land airports, yellow - white seaports, white-yellow-green heliport - white-white-green military on from dusk till dawn or during IFR conditions
- Red and white glideslope indicators - e.g. VASIs and PAPIs
- White runway edge lights yellow last 2000 at night or low visibility • Blue omnidirectional taxiway lights green center lights

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28
Q

What is wind shear and what would you do to counter it?

A

Wind shear is a rapid change in the wind speed and/or direction
It can cause dramatic changes in heading, airspeed and altitude, especially close to the ground
Severe windshear is a change greater then 15 knots (about 17 miles per hour) or vertical speed change greater then 500 feet per minute (around 5 to 6 mph in the vertical direction).
Microbursts are powerful and intense downdrafts. They are like a giant hand pushing you down.
The microburst downdraft can be as strong as 6,000 feet per minute,
There are a couple of ways that your pilots can use to predict windshear and microburst potential. If the spread between the outside air temperature and dew point is large, then there is a good chance of windshear from microbursts.
If known wind shear exists, delay takeoff or landing or divert to another airport

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29
Q

How to avoid runway incursions?

A

• Request progressive taxi
• Read back all instructions to ATC
- Review airport layouts and have airport diagram handy
• Turn on lights to be seen
• Have a sterile cockpit for focus
• Continually scan for traffic

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30
Q

True airspeed, density altitude and how does it affect performance?

A

• True airspeed is the calibrated airspeed corrected for altitude and nonstandard temperature - it can be found through an E6B calculation (or similar flight computer)
• Density altitude is pressure altitude corrected for nonstandard temperature
• High density altitude negatively affects performance because the air-is not as dense so the engine doesn’t produce as much power, the propeller loses thrust and the wing is not as efficient
• These negatively affect your takeoff roll, climb rate and cruise performance

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31
Q

Discuss types of icing (3)

A

Structural icing - forms on the aircraft (happens when flying into any visible moisture when the temperature is near, at, or below freezing)
• Clear ice - most dangerous, can’t see, freezes over wing
* Rime ice - rough, freezes on impact
• Mixed - both clear and rime
Instrument icing
• Icing of the pitot tube or static ports which can cause the instruments to read inaccurately or fail
* Airspeed indicator uses both pitot and static
• VSI (Vertical Speed Indicator) and Altimeter use the static port
Induction icing
• Carburetor icing - even on a warm, 70* day
• Will notice when RPMs suddenly drop
• No issue in our plane as there’s an oil pan below the carburetor keeping it warm

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32
Q

Name SCUBA rules:

A

To avoid decompression sickness and allow the body sufficient time to rid itself of excess nitrogen, wait
- 12 hours before flying up to 8,000’ and
- 24 hours if flying above 8,000’.

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33
Q

Discuss types of Airmets:

A

• Sierra: Issued for widespread IFR conditions and mountain obscuration
• Tango: Moderate turbulence and surface winds greater than 30 kts
• Zulu: Moderate icing
• Valid for 6 hours; applicable to GA aircraft

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34
Q

Discuss Sigmets and Convective Sigmets

A

Sigmets: Significant weather information
• Issued for severe turbulence not associated with thunderstorms - Widespread dust storms and volcanic ash
• Severe icing
* Valid for 4 hours; applicable to all aircraft

Convective Sigmet
• Issued for thunderstorm (convective) activity
• Winds greater than 50 kts
• Hail greater than 3/4”

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35
Q

What constitutes a ceiling?

A

• A ceiling is the lowest layer of clouds reported as being broken or overcast
• Clouds are reported as broken when five-eighths to seven-eighths of the sky is covered with clouds
• Overcast means the entire sky is covered with clouds.

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36
Q

What flight experience must be entered into a pilot logbook?

A

The only flight experience that is required to be entered into a pilot logbook is that experience which is required for obtaining a certificate or rating, completing a flight review, or meeting recency of experience requirements.

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37
Q

Who must wear oxygen?

A

All passengers must be provided with supplemental oxygen when the cabin altitude is above 15,000 ft. MSL. The required flight crew must be provided with and use supplemental oxygen for all time in excess of 30 minutes spent above 12,500 ft. MSL, and for the entire time spent above 14,000 ft. MSL.

38
Q

What is a serious injury?

A

A serious injury is defined by NTSB Part 830 as an injury requiring hospitalization for more than 48 hours, most bone fractures, muscle or nerve damage, internal organ damage, second or third degree burns, or any burns, affecting over 5% of the body.

39
Q

Discuss fog types (5) RAPUIS

A

The fog types include radiation, advection, precipitation-induced, upslope, and ice. (RAPUI)
- Radiation fog forms when the air close to the ground is cooled faster than the air above it. It usually forms at night or near daybreak. Wind will breakup.
- Advection fog forms along coastal areas when the water is warmer than the air around it.
- Precipitation-induced fog forms when relatively warm rain or drizzle falls through cool air and evaporation from the precipitation saturates the cool air.
- Upslope fog forms as a result of moist, stable air being cooled adiabatically as it moves up sloping terrain.
- Ice fog occurs in cold weather when the temperature is well below freezing and water vapor sublimates directly as ice crystals. Temps< -25C Alaska
- Steam fog - If you’ve ever looked at a warm lake on a cold morning you’ve seen steam fog forming. As the cold dry air moves over the warm body of water, it quickly becomes saturated with moisture evaporating from the warm water and the moisture condenses.

40
Q

Formation of a thunderstorm requires .

A

1) a lifting action,
2) an unstable lapse rate, and
3) sufficient water vapor.

41
Q

Discuss the Weather Depiction Chart. Issued? Valid? Information?

A

Graphical depiction of METAR information

Issued 8 times daily and valid for 8 hours

It is a flight planning tool to see overall surface conditions across the U.S.

42
Q

Discuss the Significant Weather Prognostic Chart? Issued? Valid? Info?

A

Forecast of aviation weather hazards such as icing, freezing levels, and turbulence

Issued 4 times a day there is a 12 hour forecast and a 24 hour forecast

43
Q

Discuss the Surface Analysis Chart? Issued? Valid? Information?

A

Issued 8 times daily and valid for 3 hours

Shows position of pressure systems, fronts, local weather, wind speed and directions, and visual obstructions.

44
Q

Discuss the Radar Summary Chart? Issued? Valid? Info?

A

Issued 35 minutes past every hour and valid for 1 hour.

Displays areas of precipitation and indicates the height of the radar echo tops in hundreds of feet MSL.

Movement of cells is indicated by an arrow that points in the direction of the movement with the speed in knots beside it.

This chart does not show clouds or fog, only precipitation.

45
Q

Discuss magnetic compass errors

A

Variation - Since the magnetic north pole and the geographic North Pole are not collocated, we need to consider this when planning flights

Deviation - magnetic fields are produced from electrical currents from the aircraft avionics and are change on different headings. The compass correction card located on the compass

Dip Errors - While flying a north heading and turning to the left, the compass will initially show a turn in the opposite direction and lag behind the turn. When on a south heading, the compass will lead the turn and show that the turn is being made a much faster rate than it actually is.

Acceleration Errors -While on east or west headings, acceleration results in a slight turn to the north. Deceleration results in a slight turn to the south. The rule is: ANDS Accelerate North Decelerate South

Oscillation - combination of above

46
Q

AIRSPACE - Discuss class “A” airspace? Requirements? Weather minimums?

A
  • FL 180 to FL 600
  • Instrument Rating and IFR flight plan needed
  • Mode C Transponder
  • 2-way radio communication
  • no weather minimums
47
Q

AIRSPACE - Discuss class “B” airspace? Requirements? Weather minimums?

A
  • Upside down wedding cake design up to 10,000 MSL
  • Endorsement needed if student pilot
  • Clearance from ATC required to enter
  • Mode C Transponder required any time within 30 nm (mode C veil) + 2WRadio+ADS-B out –
  • 3 miles visibility and clear of clouds
48
Q

AIRSPACE - Discuss class “C” airspace? Requirements? Weather minimums?

A
  • Inner core 5 nm radius and from surface to 4500 AGL
  • outer core 10 nm radius and from 1200’ AGL to 4000’ AGL
  • Mode C Transponder and 2 way radio communication
  • 3 miles visibility and 1000’ above 500’ below and 2000’ horizontal from clouds
49
Q

AIRSPACE - Discuss class “D” airspace? Requirements? Weather minimums?

A
  • Dashed blue on sectional chart
  • 4 nm radius and from surface to 2500’ AGL
  • 2 way radio communications
  • 3 miles visibility and 1000’ above 500’ below and 2000’ horizontal from clouds
50
Q

AIRSPACE - Discuss class “E” airspace? Requirements? Weather minimums?

A
  • Everywhere
  • Can start at the surface (dashed magenta on sectional)
  • 700’ AGL (faded magenta on sectional)
  • 1200’ AGL (faded blue - usually in margin of sectional chart and not seen)
  • may extend up to but not including FL 180, Class E also exists above FL 600
  • Equipment - need ADSBo and Transponder above 10000, over Class B/C and ADSBo over Gulf of Mexico >3000 MSL
  • Below 10,000’: 3 miles visibility and 1000’ above 500’ below and 2000’ horizontal from clouds – Above 10,000’: 5 miles visibility and 1000’ above 1000’ below and 1 mile horizontal from clouds
51
Q

AIRSPACE - Discuss class “G” airspace? Requirements? Weather minimums?

A
  • uncontrolled airspace
  • may start at the surface and can go as high as 14,500’ MSL or 1200’ AGL
  • no equipment requirements –
  • Below 1200’ AGL : 1 mile visibility and clear of clouds – Above 1200’ AGL but below 10,000’ MSL : 1 mile visibility and 1000’ above 500’ below and 2000’ horizontal from clouds – At night: 3 miles visibility and 1000’ above 500’ below and 2000’ horizontal from clouds – Above 10000’ : 5 miles visibility and 1000’ above 1000’ below and 1 mile horizontal from clouds
52
Q

What are the in-flight illusions?

A

ICEFLAGS
Inversion – Abrupt change in altitude creates the illusion of tumbling backwards
Coriolis – Rapid head movement causes the illusion of accelerating or turning
Elevator – An updraft causes the pilot to think that aircraft is in a climb. Pilot reacts by forcing the nose down inducing a dive.
False Horizon – Sloping cloud formations or obscured horizons confuse the pilot into misaligning with the horizon.
Leans – Abrupt recovery from a roll can mislead pilot into thinking aircraft is in a turn in the opposite direction.
Autokinesis – At night, stationary lights may appear to be in motion. Pilot may lose control of aircraft trying to align it with “moving” light.
Graveyard Spiral – In a prolonged constant rate turn, sensation of the turn is not felt. In recovery to straight and level, the pilot may sense a turn in the opposite direction and pull back on the yoke, only tightening the spiral.
Somatogravic – Rapid acceleration causes the illusion of the being in a nose up attitude. Rapid deceleration will have the opposite effect.

53
Q

What is the definition of ADM (Aeronautical Decision Making)?

A

A systematic approach to risk assessment and stress management. The two defining elements of ADM are hazard and risk.

54
Q

What are the hazardous attitudes and their antidotes?

A

IRAIM

Impulsivity – Acting without thinking.
Antidote: Not so fast. Think first.

Resignation – The feeling of uselessness or inability or effect change. A pilot who exhibits resignation is an essentially a victim of circumstance.
Antidote: I am not helpless. I can make a difference.

Antiauthority – Disregard for regulations. This is the “Don’t tell me what to do” attitude.
Antidote: Follow the rules. They are usually right.

Invulnerability – The thought that “it can’t happen to me”.
Antidote: It could happen to me.

Macho – An attitude that “you can do it”. This is often associated with trying to impress others or show off.
Antidote: Taking risks is foolish.

55
Q

What are some of the ways we can mitigate risk?

A

IMSAFE PAVE 5Ps
Illness – Am I sick?
Medication – Am I taking any medication? If so, have I discussed with my AME if it is safe for flight?
Stress – Am I under psychological stress? School/Work? Money? Health? Family/Social life?
Alcohol – Have I been drinking within the previous 8 hours? Am I still experiencing the effect of alcohol?
Fatigue – Have I gotten adequate rest?
Eating – Am I hungry?

Pilot – Am I ready for this trip (IMSAFE)? Are my certificates/ratings current? Am I proficient?
Aircraft – Is the airplane airworthy (AVIATES)? Does it have all of the required documentation (ARROW)? Is it equipped for the intended operation (ATOMATOFLAMES/FLAPS)? Can it carry the intended passengers/load (weight and balance/fuel)? Performance characteristics?
enVironment – (NWKRAFT)
External pressures – Are my passengers/employer urging me to get somewhere? Do I have stress influencing my life?

Plan - The pilot should accomplish all preflight planning and be prepared to adjust the flight plan as necessary during the flight. The plan also involves circumstances surrounding the flight planning process, like gathering weather information and assessing the route. Plan - (NWKRAFT)
Plane – Airworthiness and documentation (ARROW)
Pilot – physical fitness, currency, and proficiency (IMSAFE)
Passengers – Are they fit to fly? Are they comfortable flying? (SAFETY)
Programming – Are you proficient using the avionics? Are the GPS databases up to date?

56
Q

How do we assess risk in flight?

A

DECIDE
(1) D = define the problem
(2) E = estimate need for change
(3) C = consider all the alternatives
(4) I = identify the best alternative
(5) D = develop and implement a plan of action
(6) E = evaluate and monitor the solution and feedback when necessary

57
Q

V speeds in Cherokee 180C

A

Vr - 48
Vx - 64
Vy - 74
Vlanding - 65
Vs - 58
Vso - 50
Vg - 70 (59 @ 1700#)
Vclimb - 87
Va - 112 (94 A@ 1700#)
Vfe - 100 (top of white)
Vno - 122 (max structural cruise - top of green)
Vne - 149 (never exceed - top yellow)
x wind - 15

58
Q

CHECKLIST - Initial (6)

A

Papers - ARROW, Student pilot
Flaps down
Master on
Stall light, Nav, Landing, Beacon lights
Fuel pump - pressure / quant
Master off

59
Q

CHECKLIST - Exterior (10)

A

Ties / Towbar
Fuel quantity cap/drain/vent
Engine/Oil/Exhaust
Alt Belt/Air Intake/Prop
Pitot/Static port - cover
Gear/Tires/Struts/Cotter
Brakes/Pads/Fluid
Surfaces / Controls
Baggage door
Final W/A

60
Q

CHECKLIST - Prestart (5)

A

Flaps Up
Briefing (SAFETY)
Hobbs/Tach pic
ATIS - Runway and Flight info on board
Breakers

61
Q

CHECKLIST - Start (5+5)

A

Mix Rich
Throttle - pump and set 25%
Prime locked
Brakes Locked
Switches - (Master - Beacon - Aux Fuel on)

Prop - call out “prop clear”
Turn Mag (2 hands - one on throttle)
OIL PRESSURE!
Aux Fuel Pump off - check pressure
Mix - lean a finger

62
Q

CHECKLIST - Runup (10)

A

Fuel Tank Selector
Trim Neutral
Flt Controls Free and Correct (look at ailerons)
Instruments
Mixture rich
1800 RPM watch for creep
Mag Test
Carb Heat Test
Gauges/Vacuum/Ammeter in Green
Throttle back

63
Q

CHECKLIST - Pretakeoff

A

Flaps set 0-25*
Fuel pump on
Mixture rich
Heading Bug
Light (Landing/Strobes)
Doors/windows
Note time
Brakes off
Full throttle

64
Q

CHECKLIST - Cruise

A

Power
Mixture
Intruments
Landing lights off (?)
Fuel pump off

65
Q

CHECKLIST - Go-Around

A

Max power
Pitch - cowling on horizon
Raise flaps one notch
VSI+ then raise second notch flaps
VSI+ and Vy - flaps

66
Q

AIRSPACE - What is Mode C veil?

A

Mode C Veil - not actual part of airspace (but A/W Class “B”)

Horizontal - 30nm
Vertical - SFC to 10000

Must have ADSB-out and Altitude Encoding Transponder

67
Q

What is the Standard UNICOM frequency?

A

122.95 MHz

68
Q

What are the detailed steps to creating a check ride flight plan?

A
  1. The flight plan shall be to the first fuel stop, based on maximum allowable passengers, baggage, and/or cargo loads using real-time weather.
  2. Appropriate and current aeronautical charts should be used.
  3. Airspace, obstructions, and terrain features should be properly identified.
  4. Easily identifiable en route checkpoints should be selected.
  5. Most favorable altitudes considering weather conditions and equipment capabilities should be selected.
  6. Headings, flight times, and fuel requirements should be computed.
  7. Appropriate navigation systems/facilities and communication frequencies should be selected.
  8. Pertinent information from NOTAMS, Chart Supplements, and other flight publications should be considered.
  9. A navigation log should be completed, and simulating filing a VFR flight plan should be accomplished.
  10. Correctly calculating the weight and balance for the planned trip and that the center of gravity is within the airplane’s operations limitations for the duration of the flight.
69
Q

What is the purpose of a TRSA?

A

TRSAs (Terminal Radar Service Areas) are areas where participating pilots can receive additional radar services. TRSAs are often described as being “optional Class C” airspace. The purpose of the service is to provide separation between all IFR operations and participating VFR aircraft. The primary airport(s) within the TRSA become(s) Class D airspace. The remaining portion of the TRSA overlies other controlled airspace, which is normally Class E airspace beginning at 700 or 1,200 feet and established to transition to/from the en route/terminal environment. The Class D portion is charted with a blue segmented line. Participation in TRSA services is voluntary. TRSAs are depicted on VFR sectional charts and terminal area charts with a dark grey rings and altitudes for each segment. When you are in contact with TRSA controllers you can expect the same services provided by other approach control centers in U.S. airspace.

As a VFR pilot, you would first contact the relevant approach control (for example, SOCAL Approach for Palm Springs Airport is 135.27 Hz) and state your intentions. The TRSA will provide separation services and sequencing. You will be assigned a distinct squawk code and be given traffic alerts when other planes are nearby you. The controllers may also assign you specific altitudes and headings to fly.

If you choose to participate in the TRSA, these altitude and heading assignments are mandatory. As always, if the controllers instruct you to do something that you cannot safely comply with (for example, a heading that would steer you into a cloud while flying VFR), don’t hesitate to say “unable”.

70
Q

What is an ADIZ?

A

Air Defense Identification Zones are the area of airspace over land or water, extending upward from the surface, within which the ready identification, the location, and the control of aircraft are required in the interest of national security. The ADIZ surrounding the U.S. border is depicted on a sectional chart with a solid magenta line and a series of dots.

71
Q

What’s the difference between a VFR Corridor, Flyway and Transition Routes ?

A

Flyways are the most loosely defined, and can be found on a TAC . They suggest general routes and altitudes near busy airspace to keep VFR traffic out of restrictive airspace.

A Corridor is a section of airspace that has been cut out of more restrictive airspace, like Class B, to allow VFR traffic to transit without explicit clearance. There will often be suggested altitudes and frequencies to prevent conflicts.

Transition Routes are also found on the TAC and are charted routes for VFR aircraft to fly through more restrictive airspace. They will require contacting ATC, but provide a route for pilots to quickly request and then fly to avoid having to take a longer route around the area.

72
Q

What procedures should be used with inoperative VHF?

A
  1. Remain outside or above Class D surface area.
  2. Determine direction and flow of traffic.
  3. Join the pattern and watch for light gun signals.
  4. Acknowledge by rocking wings (daytime), acknowledge by flashing landing light or navigation lights (night time).
73
Q

What’s the difference between adiabatic lapse rate and ambient lapse rate?

A

Adiabatic lapse rate: The rate at which a parcel of air cools as its altitude changes. This is a constant rate.

Ambient (or actual) lapse rate: The rate at which the temperature of the actual air around you changes as your altitude changes. This rate is not a constant and often varies from one altitude to another, one place to another, and one minute to another.

If you have a parcel of air that is warmer than the surrounding air, it will rise, like a hot air balloon without the canopy or basket to hold it down. On the way up, its own temperature will cool at the adiabatic lapse rate and the temperature of the air around it will change at the ambient lapse rate. When the parcel’s temperature is the same as the ambient temperature, it will stop moving. Stable air is already in that state, with no lifting force. Unstable air has a lifting force because the ambient lapse rate is far enough off the adiabatic lapse rate to make it want to rise.

74
Q

CHECKLIST - Unusual Attitude Recovery

A

Unusual Attitude Recovery - AI color / Check Airspeed
- if it’s BROWN (AS high/increasing) - power DOWN, level wings, pitch up
- if it’s BLUE (AS low/decreasing) - power THROUGH, pitch down, level wings

75
Q

Describe the common taxiway (5) and runway (5) lighting configurations:

A

Taxiway
edge - blue
centerline - green
runway guard - two raised at runway entry
clearance bar - 3 sunken yellow along runway entry
stop bar lights - row of sunken red - turned off when clear T/O

Runway
edge - white (except last 2000ft for ILS), LIL, MIL, HIL
centerline - white every 50 ft until last 3000ft then 2000ft alt red-white then 1000ft red
touchdown zone (TDZL) - white bars from 100ft beyond threshold to 3000ft or half runway length whichever shorter
runway threshold - green row at beginning and red row at end of runway
REIL lights - pair of synchronized flashing lights located on each side of the runway threshold at smaller airports

76
Q

What equipment is necessary on a plane for IFR flight?

A

GRABCARD

Generator or alternator
Rate of Turn Indicator
Attitude Indicator
Ball (inclinometer)
Clock (second-hand sweep or digital)
Altimeter (pressure sensitive)
Radio/Navigation (appropriate for flight)
Directional Gyro/Heading Indicator

77
Q

What are some In-flight weather resources?

A

ADS-B
XM Weather
Approach Control (TRACON)
Center Control (ARTCC)
Ask the tower controller to look out the window
If Tower is busy, call the ground controller on com 2 when you’re still 50nm out and ask him to look out the window and give you an opinion
Use FSS to get an updated briefing or ask a specific question (122.2 or as noted on the chart)
Relay to other aircraft that may be operating in the area you are going
4G or 3G to your cell phone if you are low enough

78
Q

Main weather concerns for go / no-go decision?

A

Clouds
Visability
Winds - crosswind or windshear

79
Q

What’s the difference between Heading, Course, Track and Bearing?

A

Heading - which way the plane is pointing (head)
Track - path along the ground (tracks)
Course - direction you originally planned to go (map direction)
Bearing - where you want to “BE.” Relative bearing can change when you get off course

80
Q

How do you file a PIREP?

A

Call ATC or FSS

“Washington Center, NXXXX has a pilot report when you’re ready.”

“Denver Center, NXXXX is 18 miles east of the Red Table VOR, light rime ice at 17,0000’, temperature -14C.”

81
Q

What is your weather “routine”??

A
  1. Local Weather (Weather.com) or hourly on Foreflight
  2. METAR - hourly and TAF’s - every 6hrs. for conditions
  3. Surface and Prog charts for fronts and general patterns (4hrs)
  4. AIRMETs (6hr.) and SIGMETS (4hrs) for alerts ASEL don’t fly
  5. Radar (summary are old, I use “live” Sentry) - for precipitation
  6. GFA - BEST way to check the weather between two airports aviationweather.com
  7. Briefing - Foreflight or FSS (outlook, standard and abbreviated)
82
Q

Aeromedical Factors - symptoms and treatment

A

Hypoxia - dizziness lightheaded; descend, supplemental O2
CO - HA, blurred vision, fatigue; open vent, turn off heater, O2, land, Sentry
Hyperventilation - tingling, HA; paper bag, counting
Airsickness - N/V, barf bag, scopolamine patch, focus on horizon, hands on wheel, air vents
Middle ear - chewing gum, swallowing
Nitrogen scuba - 24 hours if >fl80 or control ascent dive / 12 others
Stress -
Fatigue -

83
Q

ACRONYM - List Hazardous Attitudes

A

I RAM I

I - Impulsivity: “Do it quickly”
R - Resignation: “What’s the use?”
A - Anti-Authority: “Don’t tell me”
M - Macho: “I can do it”
I - Invulnerability: “It won’t happen to me”

84
Q

MANEUVERS - Emergency Descent

A
  • Power to idle (don’t forget carb heat)
  • If necessary, pitch up to decrease airspeed to top of white arc (100)
  • Full flaps
  • Execute spiral descent (bank angle 30 deg)
  • maintain speed at top of white arc
  • Descend to desired altitude
  • Be ready for emergency landing
85
Q

Name two types of temperature inversions with their effect on aviation:

A

1) Ground-based: Near ground with cold clear nights can trap fog or smoke close to ground affecting visibility.
2) Inversion Aloft: Warm air current with rain over colder air layer trapped below can lead to icing.

86
Q

Describe the 3P’s Risk Management Flow Chart:

A

1) Perceive Hazards - PAVE
2) Process - Why CARE? Consequences - Alternatives - Reality of the situation - External pressures
3) Perform - Change the situation to make sure the hazard doesn’t hurt ME (Mitigate risk and Evaluate outcome)

87
Q

Describe the effect of too forward CG vs too aft CG

A

Too forward - nose heavy
pro - increased longitudinal stability with better spin/stall recovery
con - lower cruise speed
con - higher stall speed
con - may be difficult / impossible to flair

Too aft - nose light
pros - higher cruise speed, lower stall speed
con - decreased longitudinal stability with poor spin/stall recovery
con - may pitch up and stall

88
Q

Name markings on the RW:

A

Blast Pad - yellow V’s (no go zone)
Displaced Threshold - white arrows (no landing except rollout)
Threshold Markings - “piano keys” (100’)
Runway Designation Marking - “the numbers” (300’)
Centerline Markings - (every 200’)
Touchdown Zone Markings - (every 500’ x 3000’)
Aiming Point VFR Marker - (1000’)

89
Q

Equations: How do you predict cloud ceiling?

A

1) Calculate the ‘spread,’ where you’re taking the current temperature and subtracting the dew point. 2) Divide the spread by 4.4 (if temperatures are in °F) or 2.5 (if temperatures are in °C), then multiply by 1000. This will give you cloud base in feet above ground level.

90
Q
A

AWC
1. “Advisories”- Airmet/Sigmets
2. “Forecasts” - winds/temps>(click region on “data”)
3. “Forecasts” - Prog Chart
4. “Forecasts” - aviation forecasts>Surface/Clouds
5. “Forecasts” - GFA tool
6. “Forecasts” - HEMS
.

91
Q

How do you deal with icing?

A

Typically, the faster you fly the less ice you will accumulate,

If you weren’t picking up ice 5 minutes ago, but now you are, I’d seriously consider high-tailing it back to where you were last where there weren’t icing conditions and then find a place to land ASAP! (180 degree is almost always your best bet!)

Fly in the clear, preferably in warmer air (maybe descend), or fly away from the clouds into the sun where although the temperature may still be well below freezing, the sun can sublimate the ice off of the airframe.

Remember your airplane is now going to have a higher 1G stall speed (stall speed in level flight) than it did before, and the stall warning device (horn or light) probably won’t warn you of an impending stall since it was calibrated for a different angle of attack

Talk with ATC, tell them what is happening and what you need. Whether it is reports of clear air from other pilots or have them to tell you where the nearest airport is, use them as your resource (your tax dollars pay them, put them to work for you!) Don’t hesitate to declare an emergency and ask for all the help you need.

No flaps.

REMEMBER: If the Pitot tube gets completely iced over, you will no longer have accurate airspeed information. Instead, you will have the airspeed indicator frozen on the last measured airspeed.

92
Q

What are some In-flight weather resources?

A

ADS-B
XM Weather
Approach Control (TRACON)
Center Control (ARTCC)
Ask the tower controller to look out the window
If Tower is busy, call the ground controller on com 2 when you’re still 50nm out and ask him to look out the window and give you an opinion
Use FSS to get an updated briefing or ask a specific question (122.2 or as noted on the chart)
Relay to other aircraft that may be operating in the area you are going
4G or 3G to your cell phone if you are low enough