Eaws

Front 1

State the three objectives of first aid?

Back 1

1.Save life
2.prevent further injury
3.prevent infection

Front 2

Three methods of controlling bleeding?

Back 2

1.direct pressure
2.elevation
3.pressure points
tourniquet as a last resort

Front 3

give an example of a pressure point

Back 3

where a main artery lies near skin surface and over a bone

Front 4

describe symptoms and treatment for shock

Back 4

SYMPTOMS: irregular breathing, cold pale skin, nausea, weak or absent pulse, lackluster eyes
TREATMENT: elevate feet 6-12 in., maintain body heat, calm viictim

Front 5

describe three classifications of burns

Back 5

first degree:mildest
second degree:severe pain
third degree:nerves damaged

Front 6

state the symptoms and treatment for the following heat related injuries: heat exhaustion, heat stroke

Back 6

heat exhaustion: disturbance of blood flow, loosen clothing and move to cool place
heat stroke: heat is unable to escape the body, cool with water

Front 7

state the difference between open and closed fracture

Back 7

closed: is internal and there is no break in skin
open: is external and there is a break in skin

Front 8

how does personnel rescue apply to electrical shock?

Back 8

take caution when rescuing a victim not to be electricuted yourself. don't touch the person. use a dry rope or cloth to pull the person away from source of shock. turn off switch

Front 9

how does treatment apply to electrical shock?

Back 9

start cpr immediatly, give ventilation, get to madical

Front 10

describe the methods of clearing an obstructed airway

Back 10

heimleich mounuver or use two fingers to clear any loose objects from the mouth

Front 11

describe the effects of the following cold weather injuries:

Back 11

hypothermia: may appear dead, cooling of the body caused by rapid drop in temperature or exposure to cold moisture, snow, or ice. breathing is slow/pulse faint skin feels rigid and arms and legs seem stiff

Front 12

describe the effects of the following cold weather injuries:

Back 12

superficial frostbite: ice forming in upper skin layers after exposure to temperature of 32f. or lower

Front 13

describe the effects of the following cold weather injuries:

Back 13

deep frostbite: ice forming in deeper skin layers after exposure to temperature of 32f. or lower causing upper skin layers to be permanetly damaged

Front 14

define the purpose of the naval aviation safety program

Back 14

to preserve human and material resources

Front 15

explain the safety responsibilities of the following personnel:

Back 15

commanding officer:requires all personnel be instructed and drilled in all safety procedures

Front 16

explain the safety responsibilities of the following personnel:

Back 16

aviation safety officer: principle advisor to co on all avaition safety matters

Front 17

explain the safety responsibilities of the following personnel:

Back 17

advisor to co on all ground safety matters

Front 18

explain the safety responsibilities of the following personnel:

Back 18

department head: ensures all safety precautions are strictly observed within deptarment

Front 19

explain the safety responsibilities of the following personnel:

Back 19

division officer: ensures personnel comply and submit all pubs deemed necessary

Front 20

explain the safety responsibilities of the following personnel:

Back 20

safety petty officer: central point for all safety related matters or concerns

Front 21

explain the safety responsibilities of the following personnel:

Back 21

all hands: will familiarize themselves with safety regs. and report mishaps

Front 22

explain the functions of the safety council/enlisted safety committee

Back 22

is formed to set goals, manages, assets and review safety related

Front 23

discuss how the following contribute to aviation mishaps

Back 23

human error: most caused by physical or mental factors

Front 24

discuss how the following contribute to aviation mishaps

Back 24

maintenance and support factors: lack of QA, bad instaltion, or improper maintenance

Front 25

discuss how the following contribute to aviation mishaps

Back 25

administrative and supervisory factors: results from lack of formal and informal training

Front 26

discuss how the following contribute to aviation mishaps

Back 26

material failures or malfunctions: caused by faulty design, defective manufacture, or human error

Front 27

discuss how the following contribute to aviation mishaps

Back 27

environmental factor: extreme heat, cold, vibration, noise, illumination, radiation, or atmosheric contaminents

Front 28

define the following mishap classes

Back 28

class a-damage resulting in costs over $1,000,000

Front 29

define the following mishap classes

Back 29

class b- damage resulting in $200,000 or more

Front 30

define the following mishap classes

Back 30

class c- damage resulting in $10,000 - 200,000

Front 31

define the following mishap classes

Back 31

class d- damage resulting in less then $10,000

Front 32

state the objective of the aviation gas-free engineering program

Back 32

ensures a safe environment when working on aeronautical eqipment fuel systems

Front 33

explain the hazards associated with radio frequency energy

Back 33

can generate electrical currents or voltage large enough to cause electrical shock, burns, biological changes and cataracts

Front 34

state the purpose of the laser safety hazard control program

Back 34

to design a series of safety factors established when using lasers. establish sop, ppe, and safety regs.

Front 35

explain the purpose of a safety stand down

Back 35

devotes time to safety training awareness and enhancement of the command safety climate

Front 36

discuss the concept of operational risk management

Back 36

a tool used to make informed decisions by providing the best baseline of knowledge and expierence available

Front 37

explain the following terms as they apply to orm

Back 37

identify hazards-list all hazards associated with each step along with possible causes for those hazards

Front 38

explain the following terms as they apply to orm

Back 38

assess hazards-identify risks in terms of probability and severity

Front 39

explain the following terms as they apply to orm

Back 39

make risk decisions-select controls that reduce most serious risk then decide if the benefit of the operation outweighs the risk

Front 40

explain the following terms as they apply to orm

Back 40

implement controls-engineering, administrative, and ppe

Front 41

explain the following terms as they apply to orm

Back 41

supervise-monitor controls for changes and to ensure they remain in place and have the desired effect