A) Oxygen, fuel, heat B) Heat, fuel, chemical chain reaction C) Combustion, smoke, flame D) Fuel, air, ignition
A) Heat B) Chemical chain reaction C) Oxygen D) Fuel
A) Carbon monoxide B) Water vapor C) Heat energy D) Carbon dioxide
A) Open flame B) Electrical sparks C) Sunlight D) Internal chemical reaction
A) Electromagnetic waves B) Direct molecular contact C) Fluid movement D) Convection currents
A) Radiation from fire B) Fluid movement C) Molecular vibrations D) Fire suppression
A) Incipient B) Fully developed C) Decay D) Growth
A) Fire department only B) Portable extinguisher C) Letting it burn D) Ventilation control
A) All of the above B) Solar heat C) Friction D) Spontaneous heating
A) Flame B) Water only C) Heat, fuel, oxygen, or chain reaction D) Smoke
A) Ordinary combustibles B) Flammable liquids C) Electrical equipment D) Metals
A) Controlling smoke B) Rescue C) Extinguishing after ignition D) Eliminating ignition sources
A) Let it burn safely B) Observe pattern C) Confine and extinguish fire D) Post-fire investigation
A) Oxygen B) Any of the above C) Heat D) Fuel
A) Smoke detectors B) Fire-resistant walls and doors C) Fire alarms D) Sprinklers
A) Fully developed, water hose B) Fire-resistant walls and doors C) Growth stage, portable extinguisher D) Decay, foam
A) Incomplete combustion B) Spontaneous combustion C) Flashover D) Complete combustion
A) Radiation B) Conduction C) Combustion D) Convection
A) Chain reaction B) Heat C) Oxygen D) Fuel
A) Combustion B) Radiation C) Conduction D) Convection
A) Decay B) Fully developed C) Incipient D) Growth
A) Remove oxygen B) Remove heat C) Remove fuel D) Disrupt chain reaction
A) Mechanical B) Solar C) Electrical D) Chemical
A) Conduction B) Diffusion C) Convection D) Radiation
A) Incipient B) Fully developed C) Growth D) Decay
A) Malicious B) Accidental C) Qualified D) Negligent
A) Malicious arson B) Qualified arson C) Negligent arson D) Accidental fire
A) Accidental B) Qualified arson C) Simple arson D) Negligent fire
A) A qualifying circumstance B) generic aggravating circumstance C) Special aggravating circumstance D) Not an aggravating circumstance
A) CO₂ B) Water C) Dry powder D) Foam
A) Remove fuel B) Remove oxygen C) Interrupt chain reaction D) Remove heat
A) Suppression B) Overhaul C) Exposure protection D) Rescue
A) Chain reaction interruption B) Cooling C) Starvation D) Smothering
A) Suppression B) Investigation C) Prevention D) Overhaul
A) Rescue B) Investigation C) Exposure protection and suppression D) Overhaul
A) Cloth B) Dry powder C) Foam D) Water
A) Overhaul B) Suppression C) Rescue D) Prevention
A) Engineering control B) Administrative control C) Overhaul D) PPE
A) Cooling; Rescue B) Starvation; Prevention C) Smothering; Rescue & Suppression D) Chain reaction disruption; Overhaul
A) Cool fire B) Remove fuel C) Avoid water damage while displacing oxygen D) Overhaul
A) Overhaul B) Rescue C) Prevention D) Suppression & exposure protection
A) Fireground management during suppression B) Prevention C) Overhaul D) Rescue only
A) Removing fuel B) Cooling C) Smothering D) Interrupt chain reaction
A) Chain reaction interruption B) Cooling C) Smothering D) Water application
A) Rescue B) Suppression methods C) Fire classification D) Determine fire origin
A) Electrical fire B) Point of origin at bottom of V C) Suppression error D) Accelerants
A) High B) Explosion C) Floor level D) Accidental
A) Arson B) Accidental fire C) Spontaneous combustion D) Electrical fire
A) Identify fire origin & cause B) Suppression efficiency C) Rescue D) Age building
A) Arson excluded B) Electrical fault C) Multiple points D) Fire started at single point
A) Single accidental fire B) Intentional fire (arson) C) Standard growth D) Electrical fire
A) Fire started at ceiling B) Fire suppressed quickly C) Fire spread influenced by air movement D) Passive failure
A) Accelerants in corners B) Electrical fire C) Standard suppression D) Accidental fire at center
A) Accidental fire B) Electrical origin C) Single source D) Multiple origin (arson)
A) Fire intensity & spread B) Age C) Passive efficiency D) Soot removal
A) Sprinklers B) Sensors or devices C) Passive alarms D) Fire-resistant walls
A) Alarm only B) Passive detection C) Suppression D) Active detection
A) Alarm components B) Active detection C) Passive protection D) Sprinklers
A) Ventilate smoke B) Detect smoke & trigger alarm C) Contain fuel D) Suppress fire
A) Active detection & alarm B) Sprinkler suppression C) Passive detection D) Fireproof barrier
A) Passive protection B) Overhaul tool C) Alarm only D) Active detection & suppression
A) Accidental B) Intentional/arson C) Electrical fire D) Spontaneous fire
A) Active suppression support B) Detection C) Passive barrier D) Alarm system
A) Active detection B) Alarm only C) Passive detection D) Overhaul
A) Negligence B) Malice, fire, property damage C) Only fire & damage D) Rescue operations
A) Passive failure B) Suppression act C) Simple negligence D) Qualified arson
A) Passive failure B) Negligent fire C) Simple arson D) Qualified arson with aggravation
A) Simple fire B) Malicious/qualified C) Negligent fire D) Passive violation
A) Fire extinguished B) Nighttime fire C) Own property D) Unoccupied building
A) Electrical B) Multiple ignition points C) Standard growth D) Single accidental
A) Passive failure B) Negligence C) Arson D) Accidental
A) Fire intensity & duration B) Ownership C) Suppression D) Building age
A) Property value B) Overhaul C) Fire path & movement D) Fire age
A) Passive failure B) Accelerants C) Suppression effective D) Fire origin near floor
A) Suppression error B) Electrical C) Accidental D) Likely arson
A) Financial loss only B) Alarm presence C) Time of day only D) Intent, property type, risk to life
A) Prevention violation B) Accidental C) Negligent D) Qualified due to fraud & malice
A) Detection time B) Malicious intent & accelerants C) Fire extinguishers D) Fire department arrival
A) Time & risk to human life B) Property value C) Sprinkler presence D) Department arrival
A) Sprinkler efficiency B) Passive protection C) Detection only D) Malice, risk, property damage
A) Passive failure B) Malicious arson C) Negligent D) Suppression oversight
A) Suppression B) Irrelevant C) Penalty D) Reduces penalty
A) Random B) Accelerants C) Point of origin D) Electrical fault
A) Air-influenced fire spread B) Electrical fault C) Point of origin D) Fire started at floor
A) Wood age B) Passive efficiency C) Soot removal D) Fire intensity & spread
A) Electrical fire only B) Passive protection failure C) Multiple ignition sources indicating possible arson D) Accidental fire
A) Electrical short B) Spontaneous fire C) Intentional ignition using accelerants D) Standard fire growth
A) Overhaul procedure B) Passive protection success C) Accidental fire D) Use of accelerants to intentionally spread fire
A) Multiple intentional points of origin B) Electrical fault C) Standard flame progression D) Single accidental origin
A) Fire started at roof B) Fire spread influenced by ventilation C) Passive protection D) Electrical short only
A) Fire origin near floor B) Electrical origin only C) Fire suppression success D) Passive protection breach
A) Spontaneous combustion B) Accidental fire C) Electrical short D) Malicious arson with multiple ignition points
A) Electrical fault B) Negligent fire C) Intentional arson D) Passive detection failure
A) Fire extinguisher placement B) Fire intensity and movement C) Fire origin only D) Building age
A) Negligent fire B) Fire spread influenced by air currents C) Fire origin near ceiling D) Passive protection failure
A) Single accidental fire B) Fireproofing failure C) Fire suppressed too early D) Possible deliberate ignition with accelerants
A) Accidental spill fire B) Electrical fire C) Passive protection violation D) Arson using accelerants
A) Passive protection success B) Multiple intentional ignition points C) Single accidental origin D) Fire spread naturally
A) Standard growth B) Electrical origin C) Potential arson with accelerants D) Overhaul stage only
A) Negligent fire B) Malicious arson C) Fire suppression error D) Electrical short |