How many zones could you distinguish in chemical AOD?
2
3
4
5
The Chemical AOD is related to:
type and quality of the released chemical, temperature in the environment, wind direction
quantity of the released chemical, temperature in the environment, wind speed and direction
type and quantity of the released chemical, temperature in the environment, wind speed and direction
type and quantity of the released chemical, wind speed and direction
What are the zones, in the Chemical AOD?
hot, warm, and cold
zone of danger concentration, zone of high danger concentration, zone of lethal concentration
zone of the chemical spill, zone of damaging concentration, zone of lethal concentration
zone of lethal concentration, zone of damaging concentration, zone of dangerous concentration
Which is the first aid activity when a casualty in Chemical AOD is found?
triage
first aid- ABC and CPR
stop the contact with the chemical
antidote administration
Where medlcal temporary stations are located in case of Chemical AOD?
in the cold zone
in the zone of dangerous concentration
in the vicinity of the AOD in line with wind direction
in the vicinity of the AOD opposite to the wind direction
Prior to leave the Chemical AOD, chemical casualties have to be:
triaged
with gas masks
decontaminated
none of the above mentioned
The toxic chemicals are classified in:
3 groups
4 groups
5 groups
6 groups
List the groups of toxic chemicals Poisons Poisons Poisons poisons
Route of exposure for Ammonia is:
inhalation
ingestion
skin
all of the above mentioned
Route of exposure for Carbon monoxide is:
Route of exposure for cyanides is:
Route of exposure for phosphor-organlc compounds:
Cyanides react with:
ferrous ions in Hemoglobin
ferric ions in mitochondrial cytochromoxydaze
cholinesterase
water in the mucosa
Phosphor-organic compounds react with:
Carbon monoxide reacts with:
acethilcholine esterase
Chlorine reacts with:
Ammonia cloud is characterized by
optic density, high temperature, drops, air and vapor
optic density, low temperature, failing drops of ammonia, air and vapor
transparent, low temperature, drops, air and vapor
optic density, low temperature, drops, air and vapor
How you could distinguish the necrosis in respiratory tract caused by Ammonia and Chlorine?
by the pulmonary edema
by the toxic-allergic edema of chordae vocalis
both of the above mentioned
When blood transfusion is required?
in cyanides’ poisoning
in phosphor-organic compounds’ poisoning
in carbon monoxide poisoning
in ammonia-poisoning
The specific antidote for phosphor-organic poisoning is:
amyl nitrate
atropine
sodium thiosulfate
cholinesterase reactivators
