COMPLETE SOLUTIONS
Course
GoJet
1. How long will the emergency oxygen supply last in the passenger cabin oxygen
masks after deployment?
Answer: Approximately 12 minutes.
Rationale: In the event of cabin decompression, the chemical oxygen generators supplying the
drop-down masks provide oxygen for about 12 minutes, allowing the aircraft to descend to a
safer altitude where supplemental oxygen is no longer needed.
2. What are the initial actions a flight attendant should take during a rapid
decompression?
Answer: Don the nearest oxygen mask and secure oneself immediately.
Rationale: During rapid decompression, securing an oxygen supply is critical to prevent
hypoxia. Flight attendants must first ensure their own safety by donning oxygen masks before
assisting passengers.
3. Following a decompression event where oxygen masks have deployed, what
should flight attendants do after being released by the flight crew?
Answer: Conduct post-decompression procedures, including checking the cabin and lavatories
for injured passengers and providing first aid as needed.
Rationale: After ensuring personal safety and receiving clearance from the flight crew, flight
attendants must assess and address the condition of passengers and the cabin environment.
4. What is the primary treatment for a passenger experiencing hypoxia?
Answer: Administer supplemental oxygen.
Rationale: Hypoxia results from insufficient oxygen in the body. Providing supplemental
oxygen helps restore normal oxygen levels and alleviate symptoms.
,5. What are common symptoms of hypoxia that flight attendants should
recognize?
Answer: Blurred vision, euphoria, and cyanosis (bluish discoloration of the skin).
Rationale: Recognizing these symptoms enables flight attendants to promptly administer oxygen
and prevent the condition from worsening.
6. During a rapid decompression, which signs might be observed in the cabin?
Answer: A loud noise or bang, sudden drop in temperature, and the presence of fog or mist.
Rationale: These indicators help flight attendants quickly identify a decompression event and
take appropriate actions.
7. What equipment do flight attendants use for oxygen supply on the CRJ
aircraft?
Answer: Portable Oxygen Bottles (POBs).
Rationale: POBs allow flight attendants to move through the cabin and assist passengers while
ensuring a continuous oxygen supply.
8. What is the term for transporting a non-working crew member to or from a
duty assignment?
Answer: Deadheading.
Rationale: Deadheading refers to positioning crew members as passengers to meet operational
needs, ensuring adequate staffing for flights.
9. What is the required rest period for crew members after completing a duty
period?
Answer: Crew Rest.
, Rationale: Regulated rest periods are mandated to prevent fatigue and ensure crew members are
adequately rested before their next assignment.
10. What type of flight operates without passengers, cargo, or mail, typically to
reposition the aircraft?
Answer: Ferry Flight.
Rationale: Ferry flights are conducted to move aircraft between locations for operational
purposes, such as maintenance or positioning for scheduled service.
11. What should flight attendants do if they suspect a fire in the cabin?
Answer: Locate the source, notify the flight deck, use the appropriate fire extinguisher, and
monitor for re-ignition.
Rationale: Quick identification and response to a fire are crucial for passenger and crew safety.
Communication with the flight deck ensures proper coordination.
12. What type of fire extinguisher should be used for an electrical fire in the aircraft?
Answer: Halon fire extinguisher.
Rationale: Halon extinguishers are effective on electrical fires and leave no residue, preventing
damage to aircraft systems.
13. How should flight attendants handle a lithium battery fire?
Answer: Use a halon extinguisher to suppress flames, then douse the battery with water or a
non-alcoholic liquid to cool it.
Rationale: Lithium batteries can reignite due to thermal runaway. Cooling them prevents re-
ignition.
14. What is the primary function of the Emergency Locator Transmitter (ELT)?
Answer: To send a distress signal in case of an emergency landing or crash.
Rationale: The ELT helps search and rescue teams locate the aircraft in an emergency.