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Fire Safety on Construction Sites

Total questions: 21

Worksheet time: 11mins

Name
Class
Date
1.

What types of fire hazards are commonly found on construction sites?

a)

Flammable solids, liquids, electrical equipment, and temporary heating sources

b)

Only flammable solids and liquids

c)

Only electrical equipment and heating sources

d)

None of the above

2.

Under which legal provisions are fire safety measures mandated?

a)

Regulatory Reform (Fire Safety) Order 2005 and Construction (Design and Management) Regulations 2015

b)

Fire Safety Act 1990 and Construction Safety Act 2000

c)

Workplace Safety Act 2010 and Fire Prevention Act 2008

d)

None of the above

3.

Why is the correct choice of fire extinguisher important in emergencies?

a)

It quickly suppresses small fires, ensures safe evacuation routes, saves lives, and limits structural damage

b)

It only suppresses large fires

c)

It prevents fires from occurring

d)

It ensures evacuation routes are blocked

4.

What can happen if fire safety regulations are not followed?

a)

Severe penalties

b)

No consequences

c)

Increased fire hazards but no legal action

d)

Only minor warnings

5.

What is the primary content of water extinguishers (red label)?

a)

Foam

b)

Water only

c)

Carbon dioxide

d)

Dry powder

6.

Which type of fire is a water extinguisher (red label) primarily used for?

a)

Class A fires

b)

Electrical fires

c)

Flammable liquid fires

d)

Cooking oil fires

7.

What is the mechanism by which water extinguishers (red label) extinguish fires?

a)

Smothering the fire

b)

Cooling effect

c)

Chemical reaction

d)

Absorbing oxygen

8.

Which of the following is a crucial limitation of water extinguishers (red label)?

a)

Cannot be used on Class A fires

b)

Cannot be used on electrical fires

c)

Cannot be used on organic solids

d)

Cannot be used on textiles

9.

What is the composition of Foam Extinguishers (Cream Label)?

a)

A mixture of water and concentrated foam agent.

b)

A mixture of water and carbon dioxide.

c)

A mixture of nitrogen and foam agent.

d)

A mixture of water and dry powder.

10.

Foam extinguishers are suitable for which types of fires?

a)

Class A & B fires.

b)

Class C & D fires.

c)

Class E fires.

d)

Class F fires.

11.

What is the dual action suppression mechanism of foam extinguishers?

a)

Cooling the fire and creating a blanket of foam to smother it.

b)

Releasing carbon dioxide to displace oxygen.

c)

Absorbing heat and releasing nitrogen gas.

d)

Spraying dry powder to coat the fire.

12.

Which common risks are foam extinguishers designed to address?

a)

Solvents, petrol, and diesel fuel in workshops and refuelling areas.

b)

Electrical fires in offices.

c)

Cooking oil fires in kitchens.

d)

Gas leaks in industrial plants.

13.

What type of fires can a multi-purpose dry powder (ABC powder) extinguisher handle?

a)

Only Class A fires (solids)

b)

Only Class B fires (flammable liquids)

c)

Only Class C fires (flammable gases)

d)

Class A, B, and C fires (solids, flammable liquids, and flammable gases)

14.

How does the powder in a dry powder extinguisher extinguish a fire?

a)

By cooling the fire

b)

By smothering the fire with foam

c)

By chemically interrupting the combustion process (fire triangle)

d)

By removing oxygen from the fire

15.

Which type of fires are Carbon Dioxide (CO2) extinguishers primarily used for?

a)

Class A and Electrical Fires

b)

Class B and Electrical Fires

c)

Class C and Electrical Fires

d)

Class D and Electrical Fires

16.

What is the mechanism by which CO2 extinguishers put out fires?

a)

Cooling the fire with water

b)

Displacing oxygen and cooling the burning material

c)

Absorbing heat from the fire

d)

Creating a chemical reaction to suppress flames

17.

Why must operators hold the handle only when using a CO2 extinguisher?

a)

To avoid electrical shock

b)

To prevent frostbite from the discharge horn

c)

To ensure proper aim of the extinguisher

d)

To avoid overheating the extinguisher

18.

What is the primary purpose of a fire blanket?

a)

To decorate kitchens

b)

To extinguish small fires

c)

To increase oxygen supply

d)

To store fire-resistant materials

19.

How does a fire blanket extinguish flames?

a)

By increasing the heat around the fire

b)

By cutting off the oxygen supply to the flames

c)

By absorbing the flames into the material

d)

By releasing chemicals to suppress the fire

20.

Where are fire blankets commonly used?

a)

In bedrooms and living rooms

b)

In kitchens and areas prone to small fires

c)

In outdoor gardens

d)

In swimming pools

21.

Can fire blankets be reused after use?

a)

No, they must be discarded immediately

b)

Yes, if they remain undamaged after use

c)

Yes, regardless of their condition

d)

No, they are single-use items