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