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Emergency Procedures & Rescue Techniques Flashcards

7 cards from real PADI practice questions. Tap to flip, then mark Knew It or Still Learning โ€” missed cards come back until you master them.

Read the first 7 Emergency Procedures & Rescue Techniques flashcards as text
  1. What is the maximum recommended depth at which in-water rescue breathing is practical?

    Answer: At the surface only

    In-water rescue breathing is performed only at the surface because effective mask-to-mouth ventilation is not practical underwater.

  2. A diver is displaying signs of nitrogen narcosis at 30 meters. What is the correct first response?

    Answer: Ascend the diver to a shallower depth where symptoms resolve

    Nitrogen narcosis resolves rapidly when the diver ascends to shallower water, making controlled ascent the immediate treatment.

  3. Which factor MOST increases the risk of a diver requiring rescue during a dive?

    Answer: Diving beyond their training and experience level

    Exceeding one's training and experience level is the leading human factor in dive accidents requiring rescue interventions.

  4. When should a rescuer stop performing in-water rescue breathing and transition to full CPR?

    Answer: Once the victim is removed from the water and placed on a firm surface

    Effective chest compressions require a firm, stable surface, so CPR begins only after the victim is removed from the water.

  5. A diver surfaces complaining of severe fatigue, skin rashes, and joint pain 12 hours after a repetitive dive day. What is the most likely diagnosis?

    Answer: Decompression sickness (DCS)

    Delayed onset of fatigue, skin rashes (cutis marmorata), and joint pain hours after diving are classic presentations of decompression sickness.

  6. Which action is CONTRAINDICATED when managing a diver suspected of having arterial gas embolism (AGE)?

    Answer: Placing the victim in the Trendelenburg (head-down) position

    The Trendelenburg position is no longer recommended for AGE because it can worsen cerebral edema; the victim should remain lying flat.

  7. What is the purpose of the 'exhausted diver' tow technique compared to the standard rescue tow?

    Answer: It allows a cooperative but tired diver to rest while being towed with minimal rescuer effort

    The tired-diver tow lets a conscious, cooperative diver hold the rescuer's tank valve or shoulder while being propelled, conserving both parties' energy.