Pool Safety and Lifeguard Flashcards
7 cards from real NPLQ 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 Pool Safety and Lifeguard flashcards as text
A lifeguard notices a swimmer at the bottom of the pool who is not moving. What is the FIRST action to take?
Answer: Activate the emergency action plan and enter the water
When a submerged non-moving swimmer is identified, the lifeguard must immediately activate the EAP and perform a rescue without delay.
Which zone scanning technique requires a lifeguard to visually cover their entire zone before moving on?
Answer: Systematic scanning
Systematic scanning involves methodically moving the eyes across the entire zone in a structured pattern to ensure no area is missed.
A pool patron reports that another swimmer appears to be having a seizure in the water. The lifeguard's FIRST priority is to:
Answer: Support the swimmer's head above water and signal for backup
During an in-water seizure, the lifeguard should support the victim's head above water to prevent drowning and signal for additional help.
What is the recommended scanning interval for a lifeguard to complete a full zone scan?
Answer: Every 30 seconds
Lifeguards should complete a full zone scan every 30 seconds to ensure timely detection of distressed swimmers.
Which of the following is a passive drowning victim characteristic?
Answer: Floating face-down near the pool surface with no movement
A passive drowning victim is typically motionless and face-down, having already lost consciousness in the water.
When performing a two-guard lift from the water for a suspected spinal injury victim, what is the MOST critical concern?
Answer: Maintaining in-line stabilization of the head and spine throughout
Maintaining spinal alignment during a two-guard lift prevents additional injury to the cervical spine.
Pool chemical safety requires lifeguards to know that chlorine and which substance should NEVER be mixed?
Answer: Ammonia or ammonia-based compounds
Mixing chlorine with ammonia creates toxic chloramine gases that can cause serious respiratory harm.