Fire Safety Awareness Practice Questions — All Questions

19 questions

How Fire Starts & Spreads

The three elements a fire needs (the fire triangle) are:

  • a.Water, air, and light
  • b.Heat, fuel, and oxygen
  • c.Smoke, heat, and water
  • d.Fuel, water, and light

Fire needs heat, fuel, and oxygen; remove one to extinguish it.

How Fire Starts & Spreads

Removing any one side of the fire triangle will:

  • a.Extinguish the fire
  • b.Make it bigger
  • c.Have no effect
  • d.Create smoke only

Removing heat, fuel, or oxygen puts the fire out.

How Fire Starts & Spreads

Which commonly spreads fire quickly through a building?

  • a.Closed fire doors
  • b.Wet floors
  • c.Smoke and open doors/voids
  • d.Alarms

Smoke and open routes let fire and toxic gases spread; fire doors slow them.

How Fire Starts & Spreads

Most fire deaths are caused by:

  • a.The flames only
  • b.Heat only
  • c.Falling
  • d.Smoke and toxic gases

Smoke inhalation and toxic gases cause most fire fatalities.

Fire Prevention

Good housekeeping reduces fire risk by:

  • a.Adding more clutter
  • b.Removing waste and combustible clutter
  • c.Blocking exits
  • d.Propping fire doors open

Removing combustible waste reduces available fuel.

Fire Prevention

Fire doors should be:

  • a.Kept closed (not wedged open) unless on an approved hold-open device
  • b.Always wedged open
  • c.Removed
  • d.Locked shut during work hours

Fire doors must not be wedged open; they contain fire and smoke.

Fire Prevention

Electrical fire risk is reduced by:

  • a.Overloading sockets
  • b.Using damaged cables
  • c.Not overloading sockets and reporting damaged equipment
  • d.Ignoring faults

Avoiding overloaded sockets and reporting faults reduces electrical fire risk.

Fire Prevention

Flammable liquids should be:

  • a.Left open near heat
  • b.Stored beside ignition sources
  • c.Poured down drains
  • d.Stored safely, away from ignition sources

Store flammables safely and away from heat/ignition sources.

Extinguishers & First Response

A water extinguisher is generally suitable for fires involving:

  • a.Live electrical equipment
  • b.Ordinary combustibles like wood and paper
  • c.Cooking oil
  • d.Flammable gas

Water suits Class A (wood, paper, textiles) but NOT electrical or oil fires.

Extinguishers & First Response

You should NOT use a water extinguisher on:

  • a.Live electrical equipment or cooking-oil fires
  • b.Paper
  • c.Wood
  • d.Cardboard

Water conducts electricity and can spread oil fires; use the correct type.

Extinguishers & First Response

Before tackling any fire with an extinguisher, you should first:

  • a.Open all windows
  • b.Move furniture
  • c.Raise the alarm and ensure a safe exit behind you
  • d.Take a photo

Raise the alarm and keep an escape route; only tackle small fires if safe and trained.

Extinguishers & First Response

You should only attempt to use an extinguisher if:

  • a.The fire is large
  • b.You are alone and untrained
  • c.You have no exit
  • d.The fire is small, you are trained, and it is safe to do so

Only tackle small fires when trained, with a clear escape, and it is safe.

Detection & Alarms

The main purpose of a smoke detector is to:

  • a.Put out the fire
  • b.Give early warning so people can evacuate
  • c.Cool the room
  • d.Lock the doors

Detectors provide early warning to enable evacuation.

Detection & Alarms

On discovering a fire, the first action is usually to:

  • a.Raise the alarm
  • b.Finish your work
  • c.Collect belongings
  • d.Investigate alone for a long time

Raise the alarm immediately so others can respond and evacuate.

Detection & Alarms

Fire alarm call points are typically:

  • a.Hidden
  • b.Decorative
  • c.On escape routes and by exits for easy access
  • d.Locked away

Manual call points are placed on escape routes and near exits.

Evacuation

On hearing the fire alarm, you should:

  • a.Ignore it if busy
  • b.Leave calmly by the nearest safe exit and go to the assembly point
  • c.Hide
  • d.Use the lift

Evacuate calmly via the nearest safe exit to the assembly point.

Evacuation

During evacuation you should generally:

  • a.Not use lifts unless they are designated evacuation lifts
  • b.Always use the lift
  • c.Run and push
  • d.Go back for belongings

Avoid ordinary lifts in a fire; use stairs unless a lift is designated for evacuation.

Evacuation

The purpose of an assembly point is to:

  • a.Continue working
  • b.Store equipment
  • c.Account for everyone safely away from the building
  • d.Block the exit

Assembly points allow a roll call to ensure everyone is safe.

Evacuation

You should go back into a building during a fire:

  • a.To get your phone
  • b.To finish a task
  • c.To collect a coat
  • d.Only when the fire service says it is safe

Never re-enter until the fire and rescue service confirms it is safe.

Report