Final Exam Flashcards

1
Q

Difference between Category, Class and Type in regards to airman certification.

A

Category: Broadest grouping of aircraft. (airplane, rotorcraft, glider, lighter than air, and powered lift).

Class: Each category, except glider and power lift, are broken down into a class.

  • Airplane classes: such as single engine land, single engine sea, multi engine land and multi engine sea.
  • Rotorcraft: Gyrohelicopter and gyroplane
  • Lighter than air: Airship and Balloon.

Type: Designated the make and model of the aircraft.

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2
Q

Single Pilot Resource Management (SRM)

A

The art and science of managing all available resources prior and during flight to ensure succesfull completion of a flight.

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3
Q

Crew Resource Management (CRM)

A

A training that helps crew members recognize hazards and provide tools for them to eliminate hazards or minimize its impact.

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4
Q

Aeronautical Decision Making (ADM)

A

A systematic approach to the mental process used by aircraft pilots to consistently determine the best course of action in response to a given set of circumstances.

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5
Q

Hazardous Attitudes

A

Anti-Authority - displaying attitude of resentment when someone tells you what to do, or you regard rules and procedures as unnecessary.

Impulsivity - If you feel the need to act inmediately and do the first thing that comes to mind without considering the best solution to a problem.

Invulnerability - You are more likely to take chances and increase risk if you think accidents will not happen to you.

Macho - An attitude that might lead you to take risks trying to prove that you are better than anyone else.

Resignation - An attitude that makes you feel that no matter what you do it will have little effect on what happends to you.

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6
Q

Scuba Diving (Precautions)

A

Recommended waiting time before ascending to 8,000 feet MSL is at least 12 hours after a dive that has not required a controlled ascent, and at least 24 hours after a dive that has required a controlled ascent.

The waiting time before going to flight altitudes above 8,000 feet MSL should be at least 24 hours after any scuba dive.

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7
Q

Components of an airplane

A
  • Fuselage - houses the cabin and cockpit, contains the controls fo rthe airplane, seats fot the occupants, and room for cargo.
  • Wings - The part of the airplane that produces lift when air flows around them.
  • Empennage - Is a surface that steady the airplane and help maintain a straight path through the air.
  • Landing Gear - The landing gear supports the airplane while it is on the ground and also absorbs landing loads.
  • Powerplant - Includes the engine and the propeller, the primary function of the engine is to provide the power to turn on the propeller.
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8
Q

Fuselage (Monoque vs Semi Monoque structure)

A

Monoque - its structure relies only on the skin or shell of the aircraft, with little or no internal framework.

Semi-Monoque - its structure relies on its skin and its skeleton (a substructure) to maintain shape and provide strength to the airframe.

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9
Q

Four Stroke Cycle

A
  1. Intake - an intake of fuel and air mixture is drawn into the combustion chamber.
  2. Compression - the fuel/air mixture is compressed.
  3. Power - A spark ignited the compressed mixture.
  4. Exhaust - the gases are expeled from the chamber.
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10
Q

Detonation vs. Preignition

A

Detonation - uncontrolled, explosive ignition of the fuel/air mixture within the cylinder’s combustion chamber.

Preignition - occurs when the fuel/air mixture is ignited in advance of the normal timed ignition.

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11
Q

Airworthiness Directives (AD)

A

Legally enforceable rules governed by FAR Part 39.

An AD could be a one-time fix for a defect, recurring maintenance or inspections to address a specific issue, or limitations on the operation of an aircraft.

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12
Q

Fuel Grades (color)

A

Are identified by octane, or performance number, and different grades are dyed different colors to that you can identify them.

Most common:

Avgas 100LL - Blue
Avgas 82UL - Purple

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13
Q

Gyroscopic Instruments (which are they)

A
  • Altitude Indicator
  • Turn Coordinator
  • Heading Indicator
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14
Q

Pitot-Static Instruments

A

Instruments that rely on air pressure differences to measure speed and altitude.

Airspeed Indicator, Altimeter, and Vertical Speed Indicator use = Air Pressure

Airspeed Indicator is the only one of all that uses = Pitot Pressure

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15
Q

Types of altitude

A
  • Indicated Altitude - Indicated altitude at the altimeter.
  • True Altitude - This the height of the aircraft above Mean Sea Level (MSL).
  • Absolute Altitude - This is the height of the aircraft Above Ground Level (AGL).
  • Pressure Altitude - Is the height above the Standard Datum Plane (SDP).
  • Density Altitude - Is pressure altitude corrected for nonstandard temperature.
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16
Q

Four forces of flight

A
  • Lift
  • Weight
  • Thrust
  • Drag
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17
Q

Newton’s Third Law

A

Every force applied to an object is opposed by an equal force in the opposite direction.

For every action there is an equal and opposite reaction.

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18
Q

What is an airfoil

A

Any surface that provides aerodynamic force when it interacts with a moving steam of air.

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19
Q

Types of Drag

A

Parasite Drag - caused by any aircraft surface that deflects or intereferes with the smooth airflow around the airplane.

  • Form Drag - results from the turbulent wake
  • Interference Drag - occurs when the airflow around one part of the airplane interacts with the airflow around an adjacent part.
  • Skin Friction Drag - caused by the roughness of the airplane’s surfaces.

Induced Drag - generated by the airflow circulation aroung the wings as it created lift.

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20
Q

Three axes of flight

A
  • Longitudinal
  • Lateral
  • Vertical

The common reference point for the three axes is the Center of Gravity (CG).

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21
Q

CG forward and Aft consequences

A

Forward:

  • Longer Takeoff Roll
  • Longer Landing Roll
  • Higher Stall Speed
  • Easier Stall Recovery
  • Decreased Cruising Speed

Aft:

  • Lower Stall Speed
  • Reduced Elevator Authority
  • Difficult Stall Recovery
  • Faster Cruising Speed
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22
Q

Types of Spin

A
  • Erect Spin - slightly nose down rolling and yawing motion in the same direction.
  • Inverted Spin - likely to occur during aerobatic maneuvers.
  • Flat Spin - the aircraft simply yaws about its vertical axis with a pitch attitude.
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23
Q

Phases of a Spin

A
  • Incipient Spin - the airplane stalls and rotation starts.
  • Fully Developed Spin - the airplane continues to rotate and the angular rates, airspeed, and vertical speed stabilized.
  • Spin Recovey - final stage, occurs when anti-spin forces overcome pro-spin forces.
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24
Q

Visual Flight Rules vs. Instrument Flight Rules

A

Visual Flight Rules (VFR) - governed by specific FARs that include minimum cloud clearence and visibility requirements, also to weather minumums.

Instrument Flight Rules (IFR) - are rules that are established to govern flight operations in weather conditions.

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25
Q

Right of Way Rules

A

Apply when:

  • Overtaking another aircraft
  • Approaching another aircraft head-on
  • Converging with another aircraft

An overtaking aircraft must pass the slower aircraft on the right and stay well clear.

If two aircraft are approaching each other head-on or nearly so, both aircraft must give way to the right.

When aircraft of the same category are converging, the aircraft to the right has the right-of-way.

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26
Q

Airport Signs (Direction, Mandatory Instruction, Location, Runway Distance Remaining, Information, Destination signs).

A

Direction Signs BY - indicate directions of taxiways leading out of an intersection. Black Inscriptions on a Yellow Background.

Mandatory Instruction Signs WR- denote an entrance to a runway, a critical area, or an area prohibited to aircraft. White Letters and Red Background.

Location Signs YB - identify either the taxiway or runway where your aircraft is located. Yellow Inscriptions and Black Background

Runway Distance Remaining Signs WB - provide distance remaining information to pilots during takeoff and landing operations. White Inscriptions and Black Background.

Information Signs BY - Advice you of such things as areas that cannot be seen from the control tower. Black Inscriptions and Yellow Backgrounds.

Destinations Signs BY - Indicate the general direction to a location on the airport. Black Inscriptions and Yellow Background.

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27
Q

Land and Hold Short (LAHSO)

A

An aircraft is cleared to land and stop on the runway, holding short of an intersecting runway, intersecting taxiway, or some other designated point on the runway.

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28
Q

Airport Beacons

A

Civilian Airport - Green and White

Water Airport - Yellow and White

Military Airport - Green and Two Flashes of White

Heliport - Green, Yellow, White

29
Q

Airspace (know dimensions between Class B, C, D and Alpha)

A

Class B: From the surface to 10,000 ft MSL.

Class C: 5 NM extends from the surface to 4,000 ft above the airport elevation.

10 NM extends from 1,200 ft to 4,000 ft above the airport elevation.

Class D: A circle radius of 4 NM extending up to 2,500 ft AGL.

30
Q

Airspeed Limitations

A
  • Below 10,000 ft MSL is limited to a maximum indicated airspeed of 250 knots.
  • In Class C, Class D, Class B, and in VFR corridors at or below 2,500 ft above the surface and within 4 nautical miles of the primary airport, you must not exceed 200 knots.
31
Q

Transponder Codes (7500, 7600, 7700)

A

7500 - Hijacking
7600 - Communication Failure
7700 - Emergency, such as an onboard fire or engine failure.

32
Q

Emergency Procedures (difference between distress and urgency)

A

Distress - condition of being threatened by serious or imminent danger and requiring immediate assistance, such as fire, mechanical failure, or structural failure.

Urgency - situation in where you become doubtful about your position, fuel endurance, weather, or any other condition that could adversely affect flight safety.

33
Q

Atmosphere Levels and Composition

A

From center of earth up:

  • Troposphere
  • Tropopause
  • Stratosphere
  • Mesosphere
  • Thermosphere

Composition:

78% nitrogen
21% oxygen
1% other gases

34
Q

Sea breeze Vs. Land Breeze

A

Sea Breeze:

A wind that blows from the cool water to warmer land.

Land Breeze:

A wind that blows from the cooler land to the warmer water.

35
Q

Temperature Inversion

A

When temperature increases with altitude.

36
Q

Change of State (evaporation, condensation, sublimation etc)

A

Evaporation - liquid water to water vapor

Condensation - water vapor changes to liquid

Sublimation- changing of ice directly to water vapor

Deposition - transformation of water vapor directly to ice.

Melting - change of ice to water

Freezing - change of water to ice

37
Q

Types of Clouds (low, middle and high)

A

Low Clouds - extend from near the surface to 6,500 ft AGL. Mainly contains water and sometimes supercooled water. Includes the Stratus, Stratocumulus, and Nimbostratus.

Middle Clouds - have a range from 6,500 ft to 20,000 ft AGL. Are composed of water, ice crystals, or supercooled water. Includes the Altostratus and Altocumulus.

High Clouds - are above 20,000 ft AGL. Form in stable air, are composed of ice crystals. Includes the Cirrus, Cirrostratus, Cirrocumulus.

38
Q

Cycles of a Thunderstorm

A

Cumulus - a lifting (updraft) action initiates the vertical movement of air.

Mature - the water drops in the cloud grow too large to be supported by the updrafts and rain falls from the clouds.

Dissipating - Fifteen to thirty minutes after the mature stage, due to the mayority downdraft movement.

39
Q

Decoding a Metar

A

Type of Report / Station Identifier / TIme of Report (MonthHourZ) / Wind Information / Visibility / Weather / Temperature and Dewpoint / Altimeter / Remarks

METAR KTPA 122150Z 08020G38KT 1/2SM R36L/2400FT = TSRA SCT008 OVCO12CB 20/18 A2995 RMK TSB24RAB24 SLP134

40
Q

Define: Maximum Zero Fuel Weight

A

The maximum weight, excluding usable fuel.

All extra weight added must be in fuel weight only.

41
Q

Define: Standard Empty Weight

A

Aircraft weight that consists of the airframe, engines, and all items of operating equipment that are permanently installed.

42
Q

Define: CG Limits

A

The specified forward and aft points within which the CG must be located during flight.

If I’m within the Aft and Forward limits of the CG I’m in the OK zone.

43
Q

Define: Datum

A

An imaginary vertical line use as reference for which all measurements of arm are taken.

44
Q

Define: Maximum Ramp Weight

A

The maximum weight an aircraft can weight on the ramp priot to takeoff.

45
Q

Define: Useful Load

A

The weight of the pilot, copilot, baggage, usable fuel, and drainable oil.

46
Q

Define: Moment

A

The product of the weight of an item multiplied by its arm.

Weight X Arm = Moment

47
Q

Define: Station

A

A location in the aircraft that is identified by a number designating its distance from the datum.

48
Q

Define: Useful Fuel

A

The amount of fuel available for flight planning purposes.

Established by the POH.

49
Q

Define: Arm

A

Horizontal distance in inches from the datum to the Center of Gravity (CG).

The distance from an item and the datum is called the Arm.

50
Q

Define: Center of Gravity

A

The point in which an aircraft would balance if it were suspended at that point.

51
Q

Define: Basic Empty Weight

A

Is the standard empty weight + weight of optional and special equipment.

EW + OEW + SEW = Basic Empty Weight

52
Q

Pilotage and Dead reckoning Navigation

A

Pilotage: Navigating by Visual Landmarks or what it is called VFR.

Dead Reckoning: Navigating through calculations and instruments based on Time, Speed, Distance, Direction.

Dead Reckoning is a valuable complement to pilotage and provides the basis for understanding other forms of navigation.

53
Q

What does VOR stand for and primarily what is it use for?

A

Very-High Frequency Omnidirectional Range.

Is a common radio navigation system used by pilots.

54
Q

What are the different types of VOR?

A

VOR
VOR / DME
VORTAC

55
Q

What are the service volumes?

A
  • Low

From 1,000 feet AGL up to and including 18,000 feet AGL -> 40 NM

  • High

From 1,000 feet AGL up and including 14,500 feet AGL -> 40 NM

From 14,500 feet AGL up to and 60,000 feet AGL -> 100 NM

From 18,000 feet AGL up to and including 45,000 feet AGL -> 130 NM

  • Terminal

From 1,000 feet AGL up to and including 12,000 feet AGL -> 25 NM

56
Q

What is GPS?

A

Global Positioning System

It consists of 24 satellites that orbit the Earth around 6 different orbital planes.

Meaning that there are 4 satellites on each orbital plane.

57
Q

How many satellites are needed and for what type of information

A

To calculate a 2D (LAT/Long) Position = 3

To calculate a 3D (LAT/Long and Altitude) = 4

To calculate RAIM = 5

Fault Detection and Exclusion = 6

58
Q

What type of information is relayed from the GPS satellites to an aircrafts GPS receiver

A
  1. ID (Number/Name)
  2. Position (LAT/Long)
  3. Time Code (Atomic Clock)

With this information the GPS Receiver calculates the aircraft’s position in space.

59
Q

What is WAAS?

A

Wide Area Augmentation System

This system monitors the GPS Satellites for errors, correct those errors, and re-upload them to Geo-Stationary Satellites to be relayed to aircraft in flight.

60
Q

Match the GPS functionality with the required number of satellites

A

_ 2D (LAT/Long)

_ 3D (LAT/Long) and Altitude

_ RAIM

_ Fault Detection and Exclusion

a) 5
b) 4
c) 6
d) 3

61
Q

How many satellites does the global positioning systems consists of?

A

24

62
Q

What is LAAS?

A

Local Area Augmentation System, which provides precision approach capability.

63
Q

What is RAIM and FDE?

A

RAIM - Receiver Autonomous Integrity Monitoring, which is the capability of a GPS Receiver to perform integrity monitoring on itself by ensuring available satellite signals to meet integrity requirements for a given phase of flight.

FDE - Fault Dectection and Exclusion, which is the ability of a GPS Receiver to exclude faulty satellite information.

64
Q

What are some Flight Planning Considerations a Pilot must have?

A
  • Fuel Requirements
  • Weather and Alternate Airport
  • Lost Procedures (emphasize on the 5 C)
65
Q

Types of Hypoxia

A
  • Hypoxic Hypoxia - decrease of oxygen molecules at sufficient pressure.
  • Hypemic Hypoxia - the blood is not able to carry suficient amount of oxygen to the cells.
  • Stagnant Hypoxia - oxygen deficiency in the body due to the poor circulation of the blood.
  • Histotoxic Hypoxia - the inability of the cells to effectively use oxygen.
66
Q

Hyperventilation

A

Occurs due to a loss of carbon dioxide from the body.

67
Q

Situational Awareness

A

A risk management process in which you systematically identify and mitigate risk factors.

68
Q

Flight Planning Considerations

What are the Lost Procedures 5C?

A
  • Climb
  • Communicate
  • Confess
  • Comply
  • Conserve

Extra: Common sense procedures.