Mercury Emissions by Continent By weight, coal does not contain much mercury, but we burn a lot of it. Several industries besides coal-fired power plants contribute substantially to atmospheric mercury pollution. FIGURE 2.13 shows mercury emissions by industry from different regions of the world in 2010. FIGURE 2.13 Global mercury emissions by sector, 2010. About how many metric tons of mercury were released in total from these regions?

Question

Want to see more full solutions like this?

Answer 1

Textbook Question

Chapter 2, Problem 1DAA

Mercury Emissions by Continent By weight, coal does not contain much mercury, but we burn a lot of it. Several industries besides coal-fired power plants contribute substantially to atmospheric mercury pollution. FIGURE 2.13 shows mercury emissions by industry from different regions of the world in 2010.

Chapter 2, Problem 1DAA, Mercury Emissions by Continent By weight, coal does not contain much mercury, but we burn a lot of

FIGURE 2.13 Global mercury emissions by sector, 2010.

About how many metric tons of mercury were released in total from these regions?

Expert Solution & Answer

Summary Introduction

To determine: The total metric tons of mercury released from the regions given in the Fig. 2.13.

Introduction: Mercury is a toxic element and is naturally found in water, air, and soil. It is released in the environment through weathering of rocks, volcanic activity, and human activity. Human activity is mainly responsible for the mercury releases especially burning of coal in the coal-fired power stations, domestic uses, waste incinerators, industries, and mining of metals.

Explanation of Solution

As given in the problem statement, various industries besides coal-fired power plants contribute to mercury pollution in the atmosphere. Refer Fig. 2.13, “Global mercury emissions by sector, 2010” in the textbook. The graphical representation shows mercury emission (metric tons) by industries from different continents of the world in 2010. The data were reported from seven continents including Asia, Africa, Russia, Europe, North America, Middle East, and South and Central America. The mercury emissions released from various sectors included waste from consumer products, oil refining, cremation, waste incineration, mining, fossil fuel combustion, chlorine, cement, and metal production. On the basis of the data given in Fig. 2.13, Asia has the maximum mercury emissions reported as approximately 1100 metric tons. The approximate amount of mercury released by each continent is as follows:

Asia – 1100 metric tons
Africa – 380 metric tons
South and Central America – 350 metric tons
Europe – 180 metric tons
North America – 80 metric tons
Russia – 60 metric tons
Middle East – 40 metric tons

By summing up the amount of mercury emissions from the seven continents, the total amount of mercury released (metric tons) comes to approximately 2200 metric tons.

Conclusion

The total mercury released by industry from different regions of the world in 2010 was 2200 metric tons.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Students have asked these similar questions

rewrite: Problem 1 (Mental Health): The survivor victim is dealing with acute stress and symptoms of a post-traumatic stress disorder (PTSD) due to their traumatic experience during the January 2025 wildfire. Goal 1: To alleviate the client's overall level, frequency, and intensity of anxiety and PTSD symptoms so that daily functioning remains unimpaired. Objective 1: The client will learn and regularly use at least two anxieties management techniques to reduce anxiety symptoms to less than three episodes per week. Intervention 1: The therapist will provide psychoeducation about anxiety and PTSD, including their symptoms and triggers. The therapist will also teach and assist the client in adopting relaxation techniques, such as deep breathing exercises and progressive muscle relaxation, to better manage anxiety and lessen PTSD symptoms.

O Macmillan Learning You have 0.100 M solutions of acetic acid (pKa = 4.76) and sodium acetate. If you wanted to prepare 1.00 L of 0.100 M acetate buffer of pH 4.00, how many milliliters of acetic acid and sodium acetate would you add? acetic acid: mL sodium acetate: mL

How does the cost of food affect the nutritional choices people make?

Answer 2

Textbook Question

Chapter 2, Problem 1DAA

Mercury Emissions by Continent By weight, coal does not contain much mercury, but we burn a lot of it. Several industries besides coal-fired power plants contribute substantially to atmospheric mercury pollution. FIGURE 2.13 shows mercury emissions by industry from different regions of the world in 2010.

Chapter 2, Problem 1DAA, Mercury Emissions by Continent By weight, coal does not contain much mercury, but we burn a lot of

FIGURE 2.13 Global mercury emissions by sector, 2010.

About how many metric tons of mercury were released in total from these regions?

Expert Solution & Answer

Summary Introduction

To determine: The total metric tons of mercury released from the regions given in the Fig. 2.13.

Introduction: Mercury is a toxic element and is naturally found in water, air, and soil. It is released in the environment through weathering of rocks, volcanic activity, and human activity. Human activity is mainly responsible for the mercury releases especially burning of coal in the coal-fired power stations, domestic uses, waste incinerators, industries, and mining of metals.

Explanation of Solution

As given in the problem statement, various industries besides coal-fired power plants contribute to mercury pollution in the atmosphere. Refer Fig. 2.13, “Global mercury emissions by sector, 2010” in the textbook. The graphical representation shows mercury emission (metric tons) by industries from different continents of the world in 2010. The data were reported from seven continents including Asia, Africa, Russia, Europe, North America, Middle East, and South and Central America. The mercury emissions released from various sectors included waste from consumer products, oil refining, cremation, waste incineration, mining, fossil fuel combustion, chlorine, cement, and metal production. On the basis of the data given in Fig. 2.13, Asia has the maximum mercury emissions reported as approximately 1100 metric tons. The approximate amount of mercury released by each continent is as follows:

Asia – 1100 metric tons
Africa – 380 metric tons
South and Central America – 350 metric tons
Europe – 180 metric tons
North America – 80 metric tons
Russia – 60 metric tons
Middle East – 40 metric tons

By summing up the amount of mercury emissions from the seven continents, the total amount of mercury released (metric tons) comes to approximately 2200 metric tons.

Conclusion

The total mercury released by industry from different regions of the world in 2010 was 2200 metric tons.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Textbook Question

Chapter 2, Problem 1DAA

Mercury Emissions by Continent By weight, coal does not contain much mercury, but we burn a lot of it. Several industries besides coal-fired power plants contribute substantially to atmospheric mercury pollution. FIGURE 2.13 shows mercury emissions by industry from different regions of the world in 2010.

Chapter 2, Problem 1DAA, Mercury Emissions by Continent By weight, coal does not contain much mercury, but we burn a lot of

FIGURE 2.13 Global mercury emissions by sector, 2010.

About how many metric tons of mercury were released in total from these regions?

Expert Solution & Answer

Summary Introduction

To determine: The total metric tons of mercury released from the regions given in the Fig. 2.13.

Introduction: Mercury is a toxic element and is naturally found in water, air, and soil. It is released in the environment through weathering of rocks, volcanic activity, and human activity. Human activity is mainly responsible for the mercury releases especially burning of coal in the coal-fired power stations, domestic uses, waste incinerators, industries, and mining of metals.

Explanation of Solution

As given in the problem statement, various industries besides coal-fired power plants contribute to mercury pollution in the atmosphere. Refer Fig. 2.13, “Global mercury emissions by sector, 2010” in the textbook. The graphical representation shows mercury emission (metric tons) by industries from different continents of the world in 2010. The data were reported from seven continents including Asia, Africa, Russia, Europe, North America, Middle East, and South and Central America. The mercury emissions released from various sectors included waste from consumer products, oil refining, cremation, waste incineration, mining, fossil fuel combustion, chlorine, cement, and metal production. On the basis of the data given in Fig. 2.13, Asia has the maximum mercury emissions reported as approximately 1100 metric tons. The approximate amount of mercury released by each continent is as follows:

Asia – 1100 metric tons
Africa – 380 metric tons
South and Central America – 350 metric tons
Europe – 180 metric tons
North America – 80 metric tons
Russia – 60 metric tons
Middle East – 40 metric tons

By summing up the amount of mercury emissions from the seven continents, the total amount of mercury released (metric tons) comes to approximately 2200 metric tons.

Conclusion

The total mercury released by industry from different regions of the world in 2010 was 2200 metric tons.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Textbook Question

Chapter 2, Problem 1DAA

Mercury Emissions by Continent By weight, coal does not contain much mercury, but we burn a lot of it. Several industries besides coal-fired power plants contribute substantially to atmospheric mercury pollution. FIGURE 2.13 shows mercury emissions by industry from different regions of the world in 2010.

Chapter 2, Problem 1DAA, Mercury Emissions by Continent By weight, coal does not contain much mercury, but we burn a lot of

FIGURE 2.13 Global mercury emissions by sector, 2010.

About how many metric tons of mercury were released in total from these regions?

Expert Solution & Answer

Summary Introduction

To determine: The total metric tons of mercury released from the regions given in the Fig. 2.13.

Introduction: Mercury is a toxic element and is naturally found in water, air, and soil. It is released in the environment through weathering of rocks, volcanic activity, and human activity. Human activity is mainly responsible for the mercury releases especially burning of coal in the coal-fired power stations, domestic uses, waste incinerators, industries, and mining of metals.

Explanation of Solution

As given in the problem statement, various industries besides coal-fired power plants contribute to mercury pollution in the atmosphere. Refer Fig. 2.13, “Global mercury emissions by sector, 2010” in the textbook. The graphical representation shows mercury emission (metric tons) by industries from different continents of the world in 2010. The data were reported from seven continents including Asia, Africa, Russia, Europe, North America, Middle East, and South and Central America. The mercury emissions released from various sectors included waste from consumer products, oil refining, cremation, waste incineration, mining, fossil fuel combustion, chlorine, cement, and metal production. On the basis of the data given in Fig. 2.13, Asia has the maximum mercury emissions reported as approximately 1100 metric tons. The approximate amount of mercury released by each continent is as follows:

Asia – 1100 metric tons
Africa – 380 metric tons
South and Central America – 350 metric tons
Europe – 180 metric tons
North America – 80 metric tons
Russia – 60 metric tons
Middle East – 40 metric tons

By summing up the amount of mercury emissions from the seven continents, the total amount of mercury released (metric tons) comes to approximately 2200 metric tons.

Conclusion

The total mercury released by industry from different regions of the world in 2010 was 2200 metric tons.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To determine: The total metric tons of mercury released from the regions given in the Fig. 2.13.

Introduction: Mercury is a toxic element and is naturally found in water, air, and soil. It is released in the environment through weathering of rocks, volcanic activity, and human activity. Human activity is mainly responsible for the mercury releases especially burning of coal in the coal-fired power stations, domestic uses, waste incinerators, industries, and mining of metals.

Explanation of Solution

As given in the problem statement, various industries besides coal-fired power plants contribute to mercury pollution in the atmosphere. Refer Fig. 2.13, “Global mercury emissions by sector, 2010” in the textbook. The graphical representation shows mercury emission (metric tons) by industries from different continents of the world in 2010. The data were reported from seven continents including Asia, Africa, Russia, Europe, North America, Middle East, and South and Central America. The mercury emissions released from various sectors included waste from consumer products, oil refining, cremation, waste incineration, mining, fossil fuel combustion, chlorine, cement, and metal production. On the basis of the data given in Fig. 2.13, Asia has the maximum mercury emissions reported as approximately 1100 metric tons. The approximate amount of mercury released by each continent is as follows:

Asia – 1100 metric tons
Africa – 380 metric tons
South and Central America – 350 metric tons
Europe – 180 metric tons
North America – 80 metric tons
Russia – 60 metric tons
Middle East – 40 metric tons

By summing up the amount of mercury emissions from the seven continents, the total amount of mercury released (metric tons) comes to approximately 2200 metric tons.

Conclusion

The total mercury released by industry from different regions of the world in 2010 was 2200 metric tons.

Answer 8

Expert Solution & Answer

Summary Introduction

To determine: The total metric tons of mercury released from the regions given in the Fig. 2.13.

Introduction: Mercury is a toxic element and is naturally found in water, air, and soil. It is released in the environment through weathering of rocks, volcanic activity, and human activity. Human activity is mainly responsible for the mercury releases especially burning of coal in the coal-fired power stations, domestic uses, waste incinerators, industries, and mining of metals.

Explanation of Solution

As given in the problem statement, various industries besides coal-fired power plants contribute to mercury pollution in the atmosphere. Refer Fig. 2.13, “Global mercury emissions by sector, 2010” in the textbook. The graphical representation shows mercury emission (metric tons) by industries from different continents of the world in 2010. The data were reported from seven continents including Asia, Africa, Russia, Europe, North America, Middle East, and South and Central America. The mercury emissions released from various sectors included waste from consumer products, oil refining, cremation, waste incineration, mining, fossil fuel combustion, chlorine, cement, and metal production. On the basis of the data given in Fig. 2.13, Asia has the maximum mercury emissions reported as approximately 1100 metric tons. The approximate amount of mercury released by each continent is as follows:

Asia – 1100 metric tons
Africa – 380 metric tons
South and Central America – 350 metric tons
Europe – 180 metric tons
North America – 80 metric tons
Russia – 60 metric tons
Middle East – 40 metric tons

By summing up the amount of mercury emissions from the seven continents, the total amount of mercury released (metric tons) comes to approximately 2200 metric tons.

Conclusion

The total mercury released by industry from different regions of the world in 2010 was 2200 metric tons.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To determine: The total metric tons of mercury released from the regions given in the Fig. 2.13.

Introduction: Mercury is a toxic element and is naturally found in water, air, and soil. It is released in the environment through weathering of rocks, volcanic activity, and human activity. Human activity is mainly responsible for the mercury releases especially burning of coal in the coal-fired power stations, domestic uses, waste incinerators, industries, and mining of metals.

Answer 12

Explanation of Solution

As given in the problem statement, various industries besides coal-fired power plants contribute to mercury pollution in the atmosphere. Refer Fig. 2.13, “Global mercury emissions by sector, 2010” in the textbook. The graphical representation shows mercury emission (metric tons) by industries from different continents of the world in 2010. The data were reported from seven continents including Asia, Africa, Russia, Europe, North America, Middle East, and South and Central America. The mercury emissions released from various sectors included waste from consumer products, oil refining, cremation, waste incineration, mining, fossil fuel combustion, chlorine, cement, and metal production. On the basis of the data given in Fig. 2.13, Asia has the maximum mercury emissions reported as approximately 1100 metric tons. The approximate amount of mercury released by each continent is as follows:

Asia – 1100 metric tons
Africa – 380 metric tons
South and Central America – 350 metric tons
Europe – 180 metric tons
North America – 80 metric tons
Russia – 60 metric tons
Middle East – 40 metric tons

By summing up the amount of mercury emissions from the seven continents, the total amount of mercury released (metric tons) comes to approximately 2200 metric tons.