Eaws P8A Specific

Front 1

What civilian aircraft is the P8 based on?

Back 1

A Boeing 737-800 series, with 900 series wings.

Front 2

How many flights spoilers are located on each wing?

Back 2

4.

Front 3

What type of landing gear is used on the P8?

Back 3

Fully retractable tricycle type air/oil shock struts.

Front 4

What type of brakes are used on the P8?

Back 4

Multi-disc hydraulic powered brakes made of carbon fiber.

Front 5

What type of engine does the P8 use?

Back 5

CFM56-7B Dual rotor axial flow turbo fan motors.

Front 6

What is the difference between the N1 and N2 rotors in the P8 engines?

Back 6

N1 consists of a fan, low pressure compressor, and low pressure turbine. While the N2 consists only of a high pressure compressor and high pressure turbine.

Front 7

How many tank groups are there on a P8 and what are they?

Back 7

5 in total,

-Main 1

-Main 2

-Center

-Forward

-Aft

Front 8

How much fuel can the P8 hold? (In gallons)

Back 8

10,856 gallons.

Front 9

What does UARRSI stand for?

Back 9

Universal Aerial Refueling Receptacle Slipway Installation.

Front 10

What is the bleed air supplied by the APU used for?

Back 10

Air conditioning and engine starting.

Front 11

What two types of power does the APU supply?

Back 11

Electrical and Pneumatic.

Front 12

Pascal' law states...

Back 12

The pressure exerted anywhere upon an enclosed liquid is transmitted undiminished, in all directions, to the interior of the container.

Front 13

Where are the hydraulic reservoirs located on the P8?

Back 13

In the main wheel well.

Front 14

How are hydraulic systems A&B pressurized?

Back 14

By using bleed air.

Front 15

What system is the standby reservoir connected, and what is its use?

Back 15

Connected to system B for servicing and pressurization.

Front 16

What is the purpose the booster assemblies?

Back 16

To give the pilot a normal feel of control forces.

Front 17

What operates flight control booster assemblies?

Back 17

Both hydraulic systems.

Front 18

What is the purpose of an actuator?

Back 18

To transform hydraulic fluid pressure into mechanical force, to perform work.

Front 19

What are load centers?

Back 19

High voltage areas.

Front 20

What is voltage?

Back 20

Electrical force, which is measured in volts (v).

Front 21

What is current?

Back 21

Electrical flow/movement, which is measured in amperes (AMPS).

Front 22

What is resistance?

Back 22

Electrical opposition, which is measured in Ohms.

Front 23

What are hertz?

Back 23

Electrical frequency, which is measured in hertz (Hz).

Front 24

What supplies primary electrical power to the P8?

Back 24

The Integrated Drive Generators (IDGs).

Front 25

What type of electrical power does the APU provide?

Back 25

Alternating Current.

Front 26

What type of circuit breakers are used on the P8?

Back 26

Push-pull type.

Front 27

How many Voltage Regulator and Supervisory Panels are in the main load center and what do they do?

Back 27

4, they provide control of the generator and connect it to the bus transfer system.

Front 28

What type of battery does the P8 use?

Back 28

Two 24 volt nickel-cadmium batteries.

Front 29

What is the radar standoff for personnel?

Back 29

213 feet.

Front 30

Was the radar standoff for fueling?

Back 30

500 feet.

Front 31

What is the HERO standoff?

Back 31

302 feet.

Front 32

Which radio frequency can bounce off the atmosphere and therefore around the curvature of the Earth?

Back 32

HF (high frequency).

Front 33

What does RADAR stand for?

Back 33

RAdio Detection And Ranging.

Front 34

How many countermeasure dispensing systems are located on the P8?

Back 34

4, two forward and aft of the wings on each side of the fuselage.

Front 35

Describe an active buoy.

Back 35

Active buoys transmit a pulse of sound underwater that will echo off nearby submarines.

Front 36

Describe a passive buoy.

Back 36

Passive beliefs are underwater microphones or "hydrophones".

Front 37

Describe a special-purpose buoy.

Back 37

Special-purpose buoys are bathythermograph buoys, which measure the ocean temperature.

Front 38

What does ATM stand for?

Back 38

Air-launched Training Missile.

Front 39

What does CATM stand for?

Back 39

Captive Air Training Missile.

Front 40

What does DATM stand for?

Back 40

Dummy Air Training Missile.

Front 41

How many parachutes are located throughout the cabin of a P8?

Back 41

12.

Front 42

What type of parachute does the P8 use?

Back 42

Thin Pack Parachute Assembly.

Front 43

How many people can a P8 life raft carry?

Back 43

12.

Front 44

How many survival suits are located on the P8?

Back 44

21.

Front 45

Internally, what chemicals are used as fire extinguishing agents in pressurized and unpressurized sections of the aircraft, respectively

Back 45

FE-36 (hydrofluorocarbon) and Monnex (potassium bicarbonate dry powder pressurized with nitrogen).

Front 46

In the event of a fire, how many fire bottles are supplied for both engines?

Back 46

2 in total.

Front 47

What does PPC stand for?

Back 47

Patrol Plane Commander.

Front 48

What does TACCO stand for?

Back 48

TACtical COordinator.

Front 49

When calling 911 to request assistance, what information should you provide?

Back 49

Name, location, and type of emergency.

Front 50

What is the chemical name of Halon 1211?

Back 50

Bromochlorodifluoromethane.

Front 51

What is are 5 fire fighting agents?

Back 51

- Aqueous Film Forming Foam (AFFF)

- Water (H2O)

- Halon 1211 (bromochlorodifluoromethane)

- Carbon-Dioxide (CO2)

- Potassium Bicarbonate ( Purple K Powder or PKP)

Front 52

What are the three components of the fire triangle?

Back 52

Fuel, heat, and oxygen.

Front 53

What are the different types of chemical agents?

Back 53

Nerve, blister, blood, and choking.

Front 54

Give an example of a nerve agent.

Back 54

Sarin, Tabun, SOMAN, and VX

Front 55

Give an example of a blister agent.

Back 55

Distilled Mustard, Lewisite, Phosgene Oxime, and Levinstein Mustard.

Front 56

Give an example of a blood agent.

Back 56

Hydrogen Cyanide, Cyanogen Chloride, and Arsine.

Front 57

Give an example of a choking agent.

Back 57

Phosgene and Diphosgene.

Front 58

What is the purpose of M9 chemical agent detector paper?

Back 58

Detects the presence of liquid chemical agents by turning red or reddish color, but does not detect chemical agent vapors.

Front 59

What is used as a specific therapy for nerve agent casualties?

Back 59

Atropine/2-PAM-Chloride Auto injector.

Front 60

What are the three cold weather injury types?

Back 60

Hypothermia, Superficial Frostbite , and Deep Frostbite.

Front 61

Describe superficial frostbite

Back 61

When ice crystals are forming in the upper layers of the tissue.

Front 62

Describe deep frostbite

Back 62

When ice crystals are forming in the deeper tissues.

Front 63

What are the five types of shock?

Back 63

Septic, Anaphylactic, Cardiogenic, Hypovolemic, and Neurogenic.

Front 64

What results from bacteria multiplying in the blood and releasing toxins?

Back 64

Septic shock.

Front 65

What type of shock is characterized as a type of severe hypersensitivity or allergic reaction?

Back 65

Anaphylactic shock or anaphylaxis.

Front 66

What type of shock occurs when the heart is damaged and unable to supply sufficient blood to the body?

Back 66

Cardiogenic shock.

Front 67

What type of shock is caused by severe blood and fluid loss.

Back 67

Hypovolemic shock.

Front 68

What type of shock is caused by spinal cord injury?

Back 68

Neurogenic shock.

Front 69

What are the two types of heat related injuries?

Back 69

Heat exhaustion and stroke.

Front 70

Describe the symptoms of heat exhaustion.

Back 70

Profuse sweating an uneven dilation of pupils.

Front 71

Describe the symptoms of heat stroke.

Back 71

Cessation of sweating, uneven pupil dilation, and a weak, rapid pulse.

Front 72

What are the three classifications of burns?

Back 72

First, second, and third degree.

Front 73

Describe the characteristics of a first degree burn.

Back 73

Mild pain and redness.

Front 74

Describe the characteristics of a second degree burn.

Back 74

Severe pain, blistered skin, and redness.

Front 75

Describe the characteristics of a third degree burn.

Back 75

- Destruction of tissue, skin, and in severe cases, bone.

- absence of pain due to destruction of nerve endings.

Front 76

How many principal pressure points are there on each side of the human body?

Back 76

11.

Front 77

Where are the principal pressure points located on each side of the human body?

Back 77

On the temple, jaw, neck, collar bone, armpit, inner elbow, wrist, upper thigh, groin, knee, and ankle.

Front 78

What are the steps of the survival chain?

Back 78

- Recognition/ activation of CPR.

- Chest compressions.

- AED/defibrillator.

- Rapid defibrillation.

- Effective Advanced life support.

- Integrated post cardiac arrest care.

Hint 78

There are 6.

Front 79

3-5 June 1942

Back 79

Battle of Midway.

Front 80

7-8 May 1942

Back 80

Battle of Coral Sea.

Front 81

13-15 November 1942

Back 81

Battle of Guadalcanal.

Hint 81

The five Sullivan brothers died aboard the USS Juneau.

Front 82

8 May 1911

Back 82

Birth of Naval aviation.

Front 83

What does NATOPS stand for?

Back 83

Naval Air Training Operating Procedures Standardization.

Front 84

When was NATOPS established?

Back 84

1960

Front 85

What must be verified on an aircraft prior to engine start?

Back 85

- Chocks installed

-Parking brake set

Front 86

When was the NAMP established?

Back 86

1959

Front 87

State the steps of the survival chain

Back 87

-Recognition/activation of CPR

-Chest compressions

-AED/defibrillator

-Rapid defibrillation

-Effective advanced life support

-Integrated post-cardiac arrest care

Front 88

State the ORM proccess.

Back 88

Identify, Assess, Make risk discussions, Implement controls, Supervise. (I AM IS)