AP107 - Situational Awareness
AP108 - Spatial Disorientation
AP110 - Noise & Vibration
AP111 - Acceleration
AP113 - Oxygen Equipment
100

The four systems that help establish SA

Visual System

Vestibular System

Auditory System

Somatosensory System

100

The three types of spatial disorientation

Unrecognized, recognized, and incapacitating

100

The characteristics of noise that are of concern to pilots

Frequency and intensity of the noise

Duration of exposure to the noise

distance from the noise sorce

100

The three types of acceleration and their definitions

Linear acceleration - a change in speed without a change in direction

Radial acceleration - a change in direction without a change in speed

Angular acceleration - a change in both speed and direction

100

The five types of oxygen storage systems

Low Pressure Gaseous, High Pressure Gaseous, Liquid Oxygen, Solid State, and OBOGS

200

This processing mechanism type omits 50% of the information processing loop

The subconscious

200

The two subsystems of the vestibular system and the types of illusions they are prone to

The semicircular canals - somatogyral

otholith organs - somatogravic

200

The definitions and units of measurement for frequency, intensity, and duration

Frequency - pitch, measured in Hertz

Intensity - loudness, measured in Decibels 

Duration - time, measured in seconds/minutes/etc

200

The three types of G force and their definitions

Transverse G force - the force applied to the front or back of the body (i.e. take off)

Negative G force - force being applied from the feet towards the head 

Positive G force - force being applied from the head towards the feet


200

The two types of oxygen delivery systems and their Operating limits (normal and emergency)

Continuous flow - FL250 & FL300

Pressure Demand - FL430 & FL500

300

The three levels of awareness

1. Perception

2. Comprehension

3. Prediction


300

Name the threshold for movement for each of the three axes of the semicircular canals

Z axis (yaw) - 1.5 degrees per sec

Y axis (pitch) - 2.1 degrees per sec

X axis (roll) - 2 degrees per sec

300

The two types of hearing loss and their definitions

Conductive hearing loss - occurs when one of the parts of the ear that is designed to transmit mechanical energy fails

Sensorineural hearing loss - occurs when the hair cells of the cochlea are damaged, destroyed, or degenerated due to overexposure to loud noise

300

The five factors that determine the effects of G forces

Magnitude of G Force

Duration of exposure to the G force

Rate of Application (G onset)

Direction of force

Previous G exposure

300

indentify the T-6's OBOGS regulator and explain its components

The GRU-78, has 3 levers (O2 concentration lever, O2 pressure lever, and O2 supply lever), bit button (to test OBOGS), and an oxygen flow indicator

400

Name the 5 types of SA and give an example of each

Geographical - knowledge of the location of your aircraft or other landmarks

Spatial/Temporal - knowledge of the aircrafts altitude, attitude, heading, velocity, etc.

System - knowledge of your system's status, radio settings, altimeter settings, etc.

Environmental  - knowledge of weather and other natural events

Tactical - knowledge and identification of other aircraft and threats

400

Name all the somatogyral and somatogravic illusions

Somatogyral - the leans/graveyard spin, The coriolis illusion, the giant hand phenomenon

Somatogravic - Pitch up/pitch down illusions, the g-excess effect

400

Name 4 things that can be severely affected by vibration

Tracking - vertical tracking is severely impaired with vibration

Reaction time 

Visual impairment - can cause blurred vision

Fatigue

400
Name the common protection methods against positive G force and briefly describe what they do

Anti-G suit - Air bladders inflate around the thigh, calf, and abdomen areas to offer 1-1.5 gs of protection

AGSM - Lower muscle straining and a cyclic air exchange technique that forces blood into the brain

400

Explain the components of a PRICE check and how often you should preform them

Pressure

Regulator

Indicator

Connections

Emergency 


Perform every 10,000 ft or every 15 minutes

500

Name the three categories of in-flight tasks based on their importance

1. Terrain-clearance tasks (fly the aircraft)

2. Mission critical tasks - essential for the successful completion of the mission

3. Noncritical tasks - these tasks make no significant contribution to the mission, but can snowball into a higher level task if given enough time

500

Name the steps required to overcome SD

1. Transition to instruments

2. Believe the instruments

3. Back up the pilot flying on instruments (if applicable

4. Minimize head movements

5. Fly straight & level

6. Be prepared to transfer/assume control

7. Egress


500

Two ways vibration can be passed to the body

acoustically or by direct mechanical linkage

500
Explain the cardiovascular reflex

As blood pressure drops from the application of Gs, the cardiovascular system attempts to compensate by constricting peripheral blood vessels and increasing heart rate

500

Describe what a plenum is

The plenum functions as a holding tank between the OBOGS unit and the regulators