A) Heat, Smoke, Flame B) Fuel, Oxygen, Heat C) Fuel, Oxygen, Chemical Chain Reaction D) Oxygen, Flame, Ignition
A) Fuel expansion B) Smoke production C) Chemical chain reaction D) Heat radiation
A) Substances produced as a result of burning B) Materials used to ignite fire C) Materials that resist burning D) Chemicals used to extinguish fire
A) Thermal energy B) Fire hazards C) Combustion by-products D) Fire extinguishing agents
A) Products of fire spread B) Flame types C) Forms of oxygen D) Sources of heat energy
A) Electrical heat B) Solar heat C) Chemical heat D) Mechanical heat
A) Expansion B) Convection C) Radiation D) Conduction
A) Conduction B) Convection C) Reflection D) Radiation
A) Growth stage B) Incipient stage C) Fully developed stage D) Decay stage
A) Ignition stage B) Fully developed stage C) Growth stage D) Decay stage
A) Chemical chain reaction B) Oxygen C) Heat D) Fuel
A) Chemical chain reaction B) Fuel C) Heat D) Oxygen
A) Carbon dioxide B) Chemical chain reaction C) Oxygen D) Water vapor
A) Steam B) Heat C) Light D) Toxic gases
A) Solar heat B) Mechanical heat C) Electrical heat D) Chemical heat
A) Reflection B) Conduction C) Radiation D) Convection
A) Convection B) Conduction C) Radiation D) Refractive heating
A) Electrical B) Mechanical C) Solar D) Chemical
A) Growth B) Incipient C) Fully developed D) Flashover leading to fully developed stage
A) Growth stage B) Incipient stage C) Decay stage D) Fully developed stage
A) Combustible metals B) Electrical equipment C) Ordinary combustibles like wood and cloth D) Flammable liquids
A) Class A B) Class C C) Class D D) Class B
A) Foam extinguisher B) Water extinguisher C) Wet chemical extinguisher D) CO₂ or dry chemical extinguisher
A) Inhibiting chemical chain reaction B) Starvation C) Cooling D) Smothering
A) Chemical inhibition B) Smothering C) Starvation D) Cooling
A) Smother with a lid or use wet chemical extinguisher B) Use a CO₂ extinguisher C) Pour water directly D) Lower the room temperature
A) Responding to fires that have already started B) Investigating causes of existing fires C) Educating the public and eliminating hazards before ignition D) Suppressing flames as quickly as possible
A) Training firefighters B) Controlling and extinguishing active fires C) Stopping fires from starting D) Investigating the fire’s cause
A) Confinement phase B) Mop-up phase C) Rescue phase D) Overhaul phase
A) Size-up phase B) Overhaul phase C) Initial attack phase D) Rescue phase
A) Class C B) Class B C) Class A D) Class D
A) Cooling with water B) Using CO₂ C) Smothering with foam D) Using dry powder
A) Class C B) Class K C) Class B D) Class D
A) Sand B) Wet chemical agent C) CO₂ or dry chemical powder D) Water extinguisher
A) Cooling B) Radiation C) Starvation D) Smothering
A) Using foam to stop fire growth B) Performing regular maintenance on electrical systems C) Closing doors to slow fire spread D) Removing burning materials
A) Suppression B) Size-up C) Overhaul D) Salvage
A) Overhaul B) Control C) Salvage D) Suppression
A) Salvage B) Control C) Size-up D) Overhaul
A) Educating the public about fire hazards B) Installing smoke detectors C) Properly storing flammable liquids D) Confine the fire to its area of origin
A) Fire-stopping materials B) Fire sprinkler system C) Fire doors D) Fire-resistant walls
A) Ionization detector B) CO detector C) Heat detector D) Photoelectric smoke detector
A) Automatic sprinklers B) Fire alarm systems C) Fire-rated walls and ceilings D) Fire extinguishers
A) Smoke detector B) Heat detector C) Flame detector D) Carbon monoxide detector
A) CO₂ system B) Water sprinkler system C) Dry chemical system D) FM-200 system
A) Manual pull station B) Alarm sounder or bell C) Control panel D) Heat detector
A) Rising temperature B) Visible or infrared light from flames C) Smoke particles D) Carbon monoxide levels
A) Automatic sprinkler B) Smoke detector C) Manual pull station D) Fire pump
A) Detection system B) Special protection C) Passive D) Active
A) Water B) FM-200 C) CO₂ D) Sand
A) Fire hose reel B) Fire vent C) Sprinkler head D) Automatic detector
A) Passive fire component B) Notification appliance C) Detection equipment D) System control center
A) Fire hose reel B) Smoke detector C) Fire-resistant flooring D) Fire alarm
A) Water mist system B) Wet pipe sprinkler C) CO₂ system D) Dry chemical system
A) Notify building occupants B) Suppress fire automatically C) Contain fire and prevent spread D) Detect fire early
A) Wet pipe sprinkler system B) Deluge system C) Dry pipe system D) CO₂ flooding system
A) Manual call point B) Smoke barrier C) Fire extinguisher bracket D) Fire damper
A) Passive fire protection B) Active fire detection C) Active suppression D) Alarm notification
A) Ventilation damper B) Fire hose C) Smoke detector D) Fire hydrant
A) Fire sprinkler B) Fire-rated doors C) Fire partitions D) Fire-resistant walls
A) PD 1602 B) RA 9262 C) PD 1613 D) RA 9851
A) Burning a warehouse used as storage for goods B) Burning an inhabited house C) Burning a government office D) Burning a school building
A) Burning one’s own belongings inside a private room B) Burning an uninhabited hut C) Burning a public building or government-owned structure D) Burning a pile of garbage
A) Burning occurred due to natural causes B) Intentional and malicious burning of property C) The fire was caused by accident D) The property is damaged due to negligence
A) Setting fire to a building used for business B) Burning grass in an empty lot accidentally C) Deliberately burning crops belonging to another D) Burning a neighbor’s vehicle out of revenge
A) Fine only B) Reclusion perpetua to death C) Arresto mayor D) Reclusion temporal
A) Fire spreads naturally due to strong wind B) A person uses a bomb to set a building on fire C) A person accidentally drops gasoline near a flame D) A fire starts because of faulty electrical wiring
A) Simple arson B) Negligent arson C) Accidental burning D) Destructive arson
A) The suspect successfully burns a house B) The suspect prepares gasoline but takes no action C) The suspect lights a match and places it on property but fire fails to spread D) The suspect reports a fake fire
A) Arson committed accidentally B) Arson committed on an empty field C) Arson committed to conceal another crime D) Fire caused by lightning
A) Arson with intent to defraud B) Simple arson C) No crime, since it was his own property D) Destructive arson
A) Accidental arson B) Destructive arson C) Attempted arson D) Simple arson
A) Destructive arson B) Malicious mischief C) No arson D) Simple arson
A) Destructive arson B) Malicious burning C) Attempted arson D) Simple arson
A) Destructive arson B) Attempted arson C) Simple arson D) No crime
A) Simple arson B) Destructive arson C) Reckless imprudence resulting in damage D) Accidental fire (no arson)
A) Destructive arson B) Simple arson C) Arson with a qualifying circumstance D) Accidental burning
A) Simple arson B) Destructive arson C) Malicious mischief D) Attempted arson
A) No arson since the building is abandoned B) Simple arson because the structure is not inhabited C) Attempted arson D) Destructive arson
A) Accidental arson B) Simple arson C) Destructive arson D) Attempted arson
A) Start extinguishing the fire immediately B) Conduct a systematic scene survey C) Remove debris to access the fire origin D) Interview witnesses before observing the scene
A) Fire started on the ceiling B) Fire originated near the wall C) Fire moved randomly D) Fire was caused by electrical fault
A) The fire was electrical B) The fire started elsewhere C) The fire burned slowly D) That room is likely the point of origin
A) Burn patterns B) Firefighter reports only C) Newspaper articles D) Witness statements only
A) Arson B) Cooking accident C) Lightning strike D) Electrical malfunction
A) Fire started from a single point B) Fire was accidental C) Fire started from multiple points (possible arson) D) Fire moved randomly
A) The time the fire started B) Who caused the fire C) The exact cause of the fire D) The spread and direction of fire
A) Water was applied early B) Fire started recently C) Fire was caused by chemicals D) The intensity and duration of burning
A) Single area of deep charring B) Fire confined to kitchen appliances C) Uniform burn throughout the room D) Multiple points of origin
A) Fire started on the floor B) Fire involved accelerants C) Fire was electrical D) Fire burned slowly
A) The fire originated in the adjacent rooms B) The heavily charred room is likely the point of origin C) The fire started on the roof D) The fire was accidental
A) Fire likely originated at that corner B) Fire moved away from the corner C) Fire originated on the ceiling D) Fire was caused by natural causes
A) Fire may have been intentionally set (possible arson) B) Fire was caused by lightning C) Fire started accidentally from one source D) Fire was caused by faulty ventilation
A) The fire was caused by an electrical fault B) The fire started at ceiling level C) The fire was intentionally set D) The fire started low and spread upwards
A) Fire was accidental B) Fire was intense and lasted a significant duration C) Fire was brief and low intensity D) Fire involved water accelerants
A) Cooking accident B) Lightning strike C) Electrical fire D) Arson
A) Accelerants were likely used B) Fire was caused by a natural source C) Fire started in the ceiling D) Fire was caused by electrical short circuit
A) Fire started at the lower corner and spread upward B) Fire originated on the ceiling C) Fire was intentionally started on the roof D) Fire was accidental
A) Lightning strike B) Electrical malfunction C) Spontaneous combustion D) Fire ignited using accelerants
A) Fire was accidental B) Fire started outside the building C) Central point may indicate multiple ignition sources (possible arson) D) Fire spread from the ceiling |