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Looking at the graph, it shows a linear relationship between the mass of wood burned (in kg) and the mass of \( CO_2 \) produced (in kg). Based on this:

- For every 1 kg of wood burned, 1 kg of \( CO_2 \) is produced.
  
To find how much \( CO_2 \) is produced by burning 2 kg of wood, you can observe directly from the graph:

- Burning 2 kg of wood corresponds to producing 2 kg of \( CO_2 \).

So, **2 kg of \( CO_2 \)** is produced when burning 2 kg of this wood.

Would you like further details on this? Here are five related questions to consider:

1. How would the relationship change if only 1.5 kg of wood were burned?
2. What would be the amount of \( CO_2 \) produced for 4 kg of wood?
3. How would the graph look if the \( CO_2 \) production rate was doubled?
4. Can you determine the slope of the line from the graph? What does it represent?
5. What would happen to \( CO_2 \) emissions if the wood type changed?

**Tip:** Linear relationships are easy to analyze by directly comparing values at fixed points on the graph!

How much CO2 is produced by burning 2 kg of wood? Give your answer in kilograms (kg).

Explore how to determine the amount of CO2 produced by burning 2 kg of wood using a linear graph. This example covers interpreting linear relationships and calculating values from a graph, suitable for Grades 6-8.

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