Controlling Different Classes of Fire Practice Exercise 1

List the five main classes of fire and give one example and one control method for each. (5 marks)

List the five main classes of fire and give one example and one control method for each. (5 marks)

List the five main classes of fire and give one example and one control method for each. (5 marks)

List the five main classes of fire and give one example and one control method for each. (5 marks)

Explain how to safely respond to a fire caused by leaking gas in a kitchen. (3 marks)

Give 3 points on how to safely respond to a fire caused by leaking gas in a kitchen. (3 marks)

Give 3 points on how to safely respond to a fire caused by leaking gas in a kitchen. (3 marks)

Give 3 points on how to safely respond to a fire caused by leaking gas in a kitchen. (3 marks)

What is the best extinguisher to use for a fire involving electrical appliances? Explain why it is suitable. (2 marks)

What is the best extinguisher to use for a fire involving electrical appliances? Explain why it is suitable. (2 marks)

What is the best extinguisher to use for a fire involving electrical appliances? Explain why it is suitable. (2 marks)

What is the best extinguisher to use for a fire involving electrical appliances? Explain why it is suitable. (2 marks)

Observe the diagram below showing a burning cooking oil pan in a kitchen. a) Identify the class of fire shown. (1 mark)b) Name one correct way and one wrong way to control this fire. (2 marks)

Observe the diagram below showing a burning cooking oil pan in a kitchen. a) Identify the class of fire shown. (1 mark)b) Name one correct way and one wrong way to control this fire. (2 marks)

Observe the diagram below showing a burning cooking oil pan in a kitchen. a) Identify the class of fire shown. (1 mark)b) Name one correct way and one wrong way to control this fire. (2 marks)

Observe the diagram below showing a burning cooking oil pan in a kitchen. a) Identify the class of fire shown. (1 mark)b) Name one correct way and one wrong way to control this fire. (2 marks)

Look at the diagram showing a fire caused by an electrical socket. a) What class of fire is shown in the diagram? (1 mark)b) State one method of safely putting out this fire. (1 mark)c) Why should water not be used on this type of fire? (1 mark)

Look at the diagram showing a fire caused by an electrical socket. a) What class of fire is shown in the diagram? (1 mark)b) State one method of safely putting out this fire. (1 mark)c) Why should water not be used on this type of fire? (1 mark)

Look at the diagram showing a fire caused by an electrical socket. a) What class of fire is shown in the diagram? (1 mark)b) State one method of safely putting out this fire. (1 mark)c) Why should water not be used on this type of fire? (1 mark)

Look at the diagram showing a fire caused by an electrical socket. a) What class of fire is shown in the diagram? (1 mark)b) State one method of safely putting out this fire. (1 mark)c) Why should water not be used on this type of fire? (1 mark)

Fires require heat, fuel, and oxygen to burn. Choose any two classes of fire. For each chosen class, name the appropriate extinguisher and explain how it works to extinguish the fire. (2 marks)

Fires require heat, fuel, and oxygen to burn. Choose any two classes of fire. For each chosen class, name the appropriate extinguisher and explain how it works to extinguish the fire. (2 marks)

Fires require heat, fuel, and oxygen to burn. Choose any two classes of fire. For each chosen class, name the appropriate extinguisher and explain how it works to extinguish the fire. (2 marks)

The diagram below shows a blue fire extinguisher labeled “Dry Powder” beside a flammable gas cylinder. a) Identify the class of fire this extinguisher is designed to fight. (1 mark)b) Explain how the dry powder extinguisher works and why it is suitable for this type of fire. (1 mark)c) Give one situation where using this extinguisher would be unsafe. (1 mark)

The diagram below shows a red fire extinguisher labeled “Dry Powder” beside a flammable gas cylinder. a) Identify the class of fire this extinguisher is designed to fight. (1 mark)b) Explain how the dry powder extinguisher works and why it is suitable for this type of fire. (1 mark)c) Give one situation where using this extinguisher would be unsafe. (1 mark)

The diagram below shows a red fire extinguisher labeled “Dry Powder” beside a flammable gas cylinder. a) Identify the class of fire this extinguisher is designed to fight. (1 mark)b) Explain how the dry powder extinguisher works and why it is suitable for this type of fire. (1 mark)c) Give one situation where using this extinguisher would be unsafe. (1 mark)

The diagram below shows a red fire extinguisher labeled “Dry Powder” beside a flammable gas cylinder. a) Identify the class of fire this extinguisher is designed to fight. (1 mark)b) Explain how the dry powder extinguisher works and why it is suitable for this type of fire. (1 mark)c) Give one situation where using this extinguisher would be unsafe. (1 mark)

The diagram shows a silver CO₂ extinguisher next to a burning server or electrical device. a) What class of fire is shown? (1 mark)b) Describe how a CO₂ extinguisher works. (1 mark)c) Explain why this extinguisher is preferred over foam or water in this case. (1 mark)

The diagram shows a silver CO₂ extinguisher next to a burning server or electrical device. a) What class of fire is shown? (1 mark)b) Describe how a CO₂ extinguisher works. (1 mark)c) Explain why this extinguisher is preferred over foam or water in this case. (1 mark)

The diagram shows a silver CO₂ extinguisher next to a burning server or electrical device. a) What class of fire is shown? (1 mark)b) Describe how a CO₂ extinguisher works. (1 mark)c) Explain why this extinguisher is preferred over foam or water in this case. (1 mark)

The diagram shows a silver CO₂ extinguisher next to a burning server or electrical device. a) What class of fire is shown? (1 mark)b) Describe how a CO₂ extinguisher works. (1 mark)c) Explain why this extinguisher is preferred over foam or water in this case. (1 mark)

You are in a science lab where a fire starts in a cabinet containing chemicals and electrical wires.a) Which classes of fire are likely involved? (1 mark)b) Suggest two extinguishers that could be used and justify your choice. (2 marks)c) Name one extinguisher that must not be used and explain why.  (1 mark)

You are in a science lab where a fire starts in a cabinet containing chemicals and electrical wires.a) Which classes of fire are likely involved? (1 mark)b) Suggest two extinguishers that could be used and justify your choice. (2 marks)c) Name one extinguisher that must not be used and explain why.  (1 mark)

You are in a science lab where a fire starts in a cabinet containing chemicals and electrical wires.a) Which classes of fire are likely involved? (1 mark)b) Suggest two extinguishers that could be used and justify your choice. (2 marks)c) Name one extinguisher that must not be used and explain why.  (1 mark)

List all six classes of fire (A–F) and for each, provide:i) One example of materials involvedii) One extinguisher type usediii) One key reason why that extinguisher is appropriate  (6 marks)

List all six classes of fire (A–F) and for each, provide:i) One example of materials involvedii) One extinguisher type usediii) One key reason why that extinguisher is appropriate  (6 marks)

List all six classes of fire (A–F) and for each, provide:i) One example of materials involvedii) One extinguisher type usediii) One key reason why that extinguisher is appropriate  (6 marks)

List all six classes of fire (A–F) and for each, provide:i) One example of materials involvedii) One extinguisher type usediii) One key reason why that extinguisher is appropriate  (6 marks)