In your journal, you identified a rate of proportionality that was too low or too high. You explained how a person could increase or reduce a rate of proportionality.

The table below shows the amount of carbon emissions in 2018 by typical people in different countries:
Person
One person in Mauritania
One person in Indonesia
One person in Romania
One person in Norway
One person in the United States
Metric Tons of Carbon Emitted
1 metric ton of carbon
2 metric tons of carbon
4 metric tons of carbon
7 metric tons of carbon
15 metric tons of carbon
In your post, explain the meaning of this table to your peers:
• Summarize the information that the table conveys.
• Explain why it might be important for countries to know how many metric tons of carbon their citizens emit
every year.
Then, read two of your peers' explanations of this table. Respond to two of your peers:
• Identify what you agree with in their explanations of the table.
• Identify what you disagree with in their explanations of the table.

1 answer

Post:

The table above shows the amount of carbon emissions in 2018 by typical individuals in different countries. The emissions range from 1 metric ton of carbon emitted by one person in Mauritania to 15 metric tons emitted by one person in the United States. The table provides a comparison of carbon emissions in different countries based on individual consumption.

It is important for countries to know how many metric tons of carbon their citizens emit every year for several reasons. Firstly, understanding the magnitude of carbon emissions per person can help countries identify their contribution to global climate change and assess their environmental impact. This information can be used to develop strategies and policies to reduce emissions and promote sustainable practices.

Secondly, knowing the carbon emissions per person can contribute to global efforts to combat climate change. Countries with high emissions per capita can work towards reducing their carbon footprint, which in turn can contribute to global emissions reduction targets. Additionally, this information can aid in international negotiations, as countries can use it to justify their stance on climate change policies and commitments.

Overall, the table provides valuable information on the carbon emissions of typical individuals in different countries. By understanding the emissions per person, countries can take appropriate measures to reduce their carbon footprint and contribute to global climate change mitigation efforts.

Response 1:

I agree with your explanation of the table and its importance. It is crucial for countries to be aware of the amount of carbon emissions their citizens produce because it allows them to take necessary steps towards reducing their environmental impact. Additionally, knowing the emissions per capita can contribute to global efforts in combatting climate change, as countries with high emissions can work towards reducing their carbon footprint. Your explanation effectively highlights the significance of this data.

However, I disagree with your statement about how the table provides a comparison of carbon emissions based on individual consumption. While it does show emissions per person in different countries, it does not explicitly indicate the consumption patterns or behaviors that lead to those emissions. It is important to consider factors such as energy sources, transportation systems, and industrial activities when determining the most effective strategies for emissions reduction.

Response 2:

I agree with your summary of the table and its importance. It is indeed significant for countries to be aware of the metric tons of carbon emitted by their citizens each year. This knowledge can guide policy-making decisions to reduce carbon emissions and promote sustainable practices. Additionally, understanding the emissions per person can help countries meet their targets and commitments in international agreements aimed at mitigating climate change.

However, I disagree with your statement that the table provides a comparison of carbon emissions in different countries solely based on individual consumption. While it does portray emissions per person, it does not explicitly consider other factors such as industrial emissions and national energy production. To fully understand a country's total carbon footprint, a comprehensive analysis of various emission sources is necessary.