Common Playground Hazards Flashcards
7 cards from real CPSI practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.
Read the first 7 Common Playground Hazards flashcards as text
A child's clothing drawstring becomes caught in playground equipment. This hazard is best classified as:
Answer: Entanglement hazard
Drawstrings, ropes, and cords that can wrap around a child's neck or body are classified as entanglement hazards.
Which surface temperature threshold is considered a burn hazard risk for playground equipment in direct sunlight?
Answer: 131°F (55°C)
Surfaces exceeding 131°F (55°C) can cause burns and are considered a thermal burn hazard per CPSC guidelines.
A gap measuring 5 inches between a climber's rungs poses which specific type of hazard?
Answer: Head entrapment hazard
Openings between 3.5 and 9 inches are considered head entrapment hazards because a child's head can become trapped.
When inspecting a swing set, a CPSI finds the swing seats are positioned too close together. The primary hazard this creates is:
Answer: Impact hazard from colliding swings
Swings spaced too closely create an impact hazard when adjacent swings are in motion and can strike a child.
A CPSI observes water pooling under a slide after rain. The most immediate hazard concern is:
Answer: Slip-and-fall hazard at the slide exit
Water pooling at slide exits creates an immediate slip-and-fall hazard as children land on wet surfaces.
Which type of playground equipment poses the greatest risk of a crush hazard to young children?
Answer: Merry-go-rounds and rotating equipment
Rotating equipment like merry-go-rounds can trap and crush body parts such as hands or feet between moving and stationary components.
A CPSI finds rust on a metal support post that has reduced its thickness by 25%. This is primarily a hazard because it indicates:
Answer: Structural failure risk due to compromised load-bearing capacity
Significant corrosion that reduces metal thickness compromises the structural integrity and load-bearing capacity of the equipment, posing a structural failure risk.