Directly related questions
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20N.3.hl.TZ0.11e(i):
When combusted, all three fuels can release carbon dioxide, a greenhouse gas, as well as particulates. Contrast how carbon dioxide and particulates interact with sunlight.
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20N.3.hl.TZ0.11e(i):
When combusted, all three fuels can release carbon dioxide, a greenhouse gas, as well as particulates. Contrast how carbon dioxide and particulates interact with sunlight.
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20N.3.hl.TZ0.e(i):
When combusted, all three fuels can release carbon dioxide, a greenhouse gas, as well as particulates. Contrast how carbon dioxide and particulates interact with sunlight.
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20N.3.hl.TZ0.11e(ii):
Methane is another greenhouse gas. Contrast the reasons why methane and carbon dioxide are considered significant greenhouse gases.
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20N.3.hl.TZ0.11e(ii):
Methane is another greenhouse gas. Contrast the reasons why methane and carbon dioxide are considered significant greenhouse gases.
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20N.3.hl.TZ0.e(ii):
Methane is another greenhouse gas. Contrast the reasons why methane and carbon dioxide are considered significant greenhouse gases.
- 17N.3.sl.TZ0.13d: Outline how water and carbon dioxide absorb infrared radiation.
- 17N.3.sl.TZ0.13d: Outline how water and carbon dioxide absorb infrared radiation.
- 17N.3.sl.TZ0.d: Outline how water and carbon dioxide absorb infrared radiation.
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18M.3.sl.TZ1.9c:
The concentrations of oxygen and nitrogen in the atmosphere are much greater than those of greenhouse gases. Outline why these gases do not absorb infrared radiation.
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18M.3.sl.TZ1.9c:
The concentrations of oxygen and nitrogen in the atmosphere are much greater than those of greenhouse gases. Outline why these gases do not absorb infrared radiation.
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18M.3.sl.TZ1.c:
The concentrations of oxygen and nitrogen in the atmosphere are much greater than those of greenhouse gases. Outline why these gases do not absorb infrared radiation.
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18M.3.sl.TZ2.11a:
Explain the molecular mechanism by which carbon dioxide acts as a greenhouse gas.
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18M.3.sl.TZ2.11a:
Explain the molecular mechanism by which carbon dioxide acts as a greenhouse gas.
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18M.3.sl.TZ2.a:
Explain the molecular mechanism by which carbon dioxide acts as a greenhouse gas.
- 18N.3.hl.TZ0.14c: Contrast the importance of carbon dioxide and methane as greenhouse gases.
- 18N.3.hl.TZ0.14c: Contrast the importance of carbon dioxide and methane as greenhouse gases.
- 18N.3.hl.TZ0.c: Contrast the importance of carbon dioxide and methane as greenhouse gases.
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19M.3.hl.TZ1.15d(ii):
Compare methane’s atmospheric abundance and greenhouse effect to that of carbon dioxide.
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19M.3.hl.TZ1.15d(ii):
Compare methane’s atmospheric abundance and greenhouse effect to that of carbon dioxide.
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19M.3.hl.TZ1.d(ii):
Compare methane’s atmospheric abundance and greenhouse effect to that of carbon dioxide.
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19M.3.hl.TZ1.15d(i):
Explain how methane absorbs infrared (IR) radiation by referring to its molecular geometry and dipole moment.
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19M.3.hl.TZ1.15d(i):
Explain how methane absorbs infrared (IR) radiation by referring to its molecular geometry and dipole moment.
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19M.3.hl.TZ1.d(i):
Explain how methane absorbs infrared (IR) radiation by referring to its molecular geometry and dipole moment.
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19M.3.hl.TZ2.18a:
Describe the effect of infrared (IR) radiation on carbon dioxide molecules.
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19M.3.hl.TZ2.18a:
Describe the effect of infrared (IR) radiation on carbon dioxide molecules.
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19M.3.hl.TZ2.a:
Describe the effect of infrared (IR) radiation on carbon dioxide molecules.
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19M.3.sl.TZ1.11d(ii):
Compare methane’s atmospheric abundance and greenhouse effect to that of carbon dioxide.
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19M.3.sl.TZ1.11d(ii):
Compare methane’s atmospheric abundance and greenhouse effect to that of carbon dioxide.
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19M.3.sl.TZ1.d(ii):
Compare methane’s atmospheric abundance and greenhouse effect to that of carbon dioxide.
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19M.3.sl.TZ1.11d(i):
Explain how methane absorbs infrared (IR) radiation by referring to its molecular geometry and dipole moment.
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19M.3.sl.TZ1.11d(i):
Explain how methane absorbs infrared (IR) radiation by referring to its molecular geometry and dipole moment.
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19M.3.sl.TZ1.d(i):
Explain how methane absorbs infrared (IR) radiation by referring to its molecular geometry and dipole moment.
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19M.3.sl.TZ2.13c:
Outline one approach to controlling industrial emissions of carbon dioxide.
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19M.3.sl.TZ2.13c:
Outline one approach to controlling industrial emissions of carbon dioxide.
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19M.3.sl.TZ2.c:
Outline one approach to controlling industrial emissions of carbon dioxide.
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19M.3.sl.TZ2.13a:
State one greenhouse gas, other than carbon dioxide.
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19M.3.sl.TZ2.13a:
State one greenhouse gas, other than carbon dioxide.
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19M.3.sl.TZ2.a:
State one greenhouse gas, other than carbon dioxide.
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19M.3.sl.TZ2.13b:
Describe the effect of infrared (IR) radiation on carbon dioxide molecules.
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19M.3.sl.TZ2.13b:
Describe the effect of infrared (IR) radiation on carbon dioxide molecules.
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19M.3.sl.TZ2.b:
Describe the effect of infrared (IR) radiation on carbon dioxide molecules.
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17N.3.sl.TZ0.13c:
Climate change or global warming is a consequence of increased levels of carbon dioxide in the atmosphere. Explain how the greenhouse effect warms the surface of the earth.
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17N.3.sl.TZ0.13c:
Climate change or global warming is a consequence of increased levels of carbon dioxide in the atmosphere. Explain how the greenhouse effect warms the surface of the earth.
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17N.3.sl.TZ0.c:
Climate change or global warming is a consequence of increased levels of carbon dioxide in the atmosphere. Explain how the greenhouse effect warms the surface of the earth.
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18M.3.sl.TZ1.9a:
Identify one naturally occurring greenhouse gas, other than carbon dioxide or water vapour, and its natural source.
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18M.3.sl.TZ1.9a:
Identify one naturally occurring greenhouse gas, other than carbon dioxide or water vapour, and its natural source.
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18M.3.sl.TZ1.a:
Identify one naturally occurring greenhouse gas, other than carbon dioxide or water vapour, and its natural source.
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18M.3.sl.TZ1.9b:
Formulate an equation that shows how aqueous carbon dioxide produces hydrogen ions, H+(aq).
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18M.3.sl.TZ1.9b:
Formulate an equation that shows how aqueous carbon dioxide produces hydrogen ions, H+(aq).
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18M.3.sl.TZ1.b:
Formulate an equation that shows how aqueous carbon dioxide produces hydrogen ions, H+(aq).
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18M.3.sl.TZ2.11b:
Discuss the significance of two greenhouse gases, other than carbon dioxide, in causing global warming or climate change.
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18M.3.sl.TZ2.11b:
Discuss the significance of two greenhouse gases, other than carbon dioxide, in causing global warming or climate change.
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18M.3.sl.TZ2.b:
Discuss the significance of two greenhouse gases, other than carbon dioxide, in causing global warming or climate change.
- 18N.3.sl.TZ0.11d: Contrast the importance of carbon dioxide and methane as greenhouse gases.
- 18N.3.sl.TZ0.11d: Contrast the importance of carbon dioxide and methane as greenhouse gases.
- 18N.3.sl.TZ0.d: Contrast the importance of carbon dioxide and methane as greenhouse gases.
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18N.3.sl.TZ0.11e:
Explain, using an equation, the effect of increased carbon dioxide in the atmosphere on the pH of lake water.
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18N.3.sl.TZ0.11e:
Explain, using an equation, the effect of increased carbon dioxide in the atmosphere on the pH of lake water.
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18N.3.sl.TZ0.e:
Explain, using an equation, the effect of increased carbon dioxide in the atmosphere on the pH of lake water.
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18N.3.hl.TZ0.14d:
Explain, using an equation, the effect of increased carbon dioxide in the atmosphere on the pH of lake water.
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18N.3.hl.TZ0.14d:
Explain, using an equation, the effect of increased carbon dioxide in the atmosphere on the pH of lake water.
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18N.3.hl.TZ0.d:
Explain, using an equation, the effect of increased carbon dioxide in the atmosphere on the pH of lake water.
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19M.3.hl.TZ2.18b:
Outline one approach to controlling industrial emissions of carbon dioxide.
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19M.3.hl.TZ2.18b:
Outline one approach to controlling industrial emissions of carbon dioxide.
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19M.3.hl.TZ2.b:
Outline one approach to controlling industrial emissions of carbon dioxide.
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20N.3.sl.TZ0.9f(i):
When combusted, all three fuels can release carbon dioxide, a greenhouse gas, as well as particulates. Contrast how carbon dioxide and particulates interact with sunlight.
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20N.3.sl.TZ0.9f(i):
When combusted, all three fuels can release carbon dioxide, a greenhouse gas, as well as particulates. Contrast how carbon dioxide and particulates interact with sunlight.
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20N.3.sl.TZ0.f(i):
When combusted, all three fuels can release carbon dioxide, a greenhouse gas, as well as particulates. Contrast how carbon dioxide and particulates interact with sunlight.
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20N.3.sl.TZ0.9f(ii):
Methane is another greenhouse gas. Contrast the reasons why methane and carbon dioxide are considered significant greenhouse gases.
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20N.3.sl.TZ0.9f(ii):
Methane is another greenhouse gas. Contrast the reasons why methane and carbon dioxide are considered significant greenhouse gases.
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20N.3.sl.TZ0.f(ii):
Methane is another greenhouse gas. Contrast the reasons why methane and carbon dioxide are considered significant greenhouse gases.