Question 1

Radioactive materials can be made nonradioactive by heating and treating by chemical reaction.

Accepted Answer

A) True 
 B)False

Question 2

Methane can be produced by decay of garbage in landfills and manure from feedlots.

Accepted Answer

A) True 
 B)False

Question 3

About 95% of the uranium reserves around the world are found in

Accepted Answer

A)  metamorphic and metasedimentary rocks. 
B)  igneous and metasedimentary rocks. 
C)  sedimentary and metamorphic rocks. 
D)  sedimentary and metasedimentary rocks. 
A)  metamorphic and metasedimentary rocks. 
B)  igneous and metasedimentary rocks. 
C)  sedimentary and metamorphic rocks. 
D)  sedimentary and metasedimentary rocks.

Question 4

Given that a region has an average annual air temperature of 13$\circ$C,what would the subsurface temperature be at a depth of 2 km? Assume the geothermal gradient is the same as the world average geothermal gradient,which is approximately 30$\circ$C per kilometer.

Accepted Answer

A)  60$\circ$C 
B)  73$\circ$C 
C)  80$\circ$C 
D)  93$\circ$C 
A)  60$\circ$C 
B)  73$\circ$C 
C)  80$\circ$C 
D)  93$\circ$C

Question 5

A "wind farm" with generating capacity comparable to that of a conventional electric power plant would cover a large area,but the land could be used simultaneously for other purposes,such as agricultural activities.

Accepted Answer

A) True 
 B)False

Question 6

Tailings left over after uranium ore processing can themselves present a radiation hazard.

Accepted Answer

A) True 
 B)False

Question 7

The principal objection to nuclear fission power is that projected risks of deaths associated with normal operation of fission-powered plants are far higher than for any of the fossil fuels.

Accepted Answer

A) True 
 B)False

Question 8

Nuclear fusion reactors would

Accepted Answer

A)  Be very inexpensive to build, once the technology is perfected. 
B)  Involve far fewer radiation hazards than fission reactors. 
C)  Require extremely rare elements as fuel, which is why none are currently in use. 
D)  Produce more nuclear fuel for future use as they operate. 
A)  Be very inexpensive to build, once the technology is perfected. 
B)  Involve far fewer radiation hazards than fission reactors. 
C)  Require extremely rare elements as fuel, which is why none are currently in use. 
D)  Produce more nuclear fuel for future use as they operate.

Question 9

Traditional geothermal power generation

Accepted Answer

A)  Involves using hot magma to run generating equipment. 
B)  Relies on the heat released at the surface by the cooling earth. 
C)  Uses water or steam heated by hot rocks near the surface. 
D)  Requires geysers and hot springs. 
A)  Involves using hot magma to run generating equipment. 
B)  Relies on the heat released at the surface by the cooling earth. 
C)  Uses water or steam heated by hot rocks near the surface. 
D)  Requires geysers and hot springs.

Question 10

Power generation using the Ocean Thermal Energy Conversion method

Accepted Answer

A)  Uses the temperature difference between shallow and deep ocean water to run turbines that generate electricity. 
B)  Uses the temperature difference between daytime and nighttime in tropical oceans to generate electricity. 
C)  Uses the energy of tsunami generated in polar regions and moving toward tropical regions to generate electricity. 
D)  Converts the heat from black smokers on the sea floor into useable energy. 
A)  Uses the temperature difference between shallow and deep ocean water to run turbines that generate electricity. 
B)  Uses the temperature difference between daytime and nighttime in tropical oceans to generate electricity. 
C)  Uses the energy of tsunami generated in polar regions and moving toward tropical regions to generate electricity. 
D)  Converts the heat from black smokers on the sea floor into useable energy.

Radioactive materials can be made nonradioactive by heating and treating by chemical reaction.

Methane can be produced by decay of garbage in landfills and manure from feedlots.

About 95% of the uranium reserves around the world are found in

Given that a region has an average annual air temperature of 13^$\circ$C,what would the subsurface temperature be at a depth of 2 km? Assume the geothermal gradient is the same as the world average geothermal gradient,which is approximately 30^$\circ$C per kilometer.

A "wind farm" with generating capacity comparable to that of a conventional electric power plant would cover a large area,but the land could be used simultaneously for other purposes,such as agricultural activities.

Tailings left over after uranium ore processing can themselves present a radiation hazard.

The principal objection to nuclear fission power is that projected risks of deaths associated with normal operation of fission-powered plants are far higher than for any of the fossil fuels.

Nuclear fusion reactors would

Traditional geothermal power generation

Power generation using the Ocean Thermal Energy Conversion method

Planet and Population: An Overview

Rocks and Minerals-A First Look

Plate Tectonics

Earthquakes

Volcanoes

Streams and Flooding

Coastal Zones and Processes

Mass Movements

Ice and Glaciers,wind and Deserts

Climate-Past, present, and Future

Ground Water and Water Resources

Weathering, erosion, and Soil Resources

Mineral and Rock Resources

Energy Resources-Fossil Fuels

Waste Disposal

Water Pollution

Air Pollution

Environmental Law and Policy

Land-Use Planning and Engineering Geology

Filters

Exam 15: Energy Resources-Alternative Sources

Radioactive materials can be made nonradioactive by heating and treating by chemical reaction.

Methane can be produced by decay of garbage in landfills and manure from feedlots.

About 95% of the uranium reserves around the world are found in

Given that a region has an average annual air temperature of 13 ∘\circ∘ C,what would the subsurface temperature be at a depth of 2 km? Assume the geothermal gradient is the same as the world average geothermal gradient,which is approximately 30 ∘\circ∘ C per kilometer.

A "wind farm" with generating capacity comparable to that of a conventional electric power plant would cover a large area,but the land could be used simultaneously for other purposes,such as agricultural activities.

Tailings left over after uranium ore processing can themselves present a radiation hazard.

The principal objection to nuclear fission power is that projected risks of deaths associated with normal operation of fission-powered plants are far higher than for any of the fossil fuels.

Nuclear fusion reactors would

Traditional geothermal power generation

Power generation using the Ocean Thermal Energy Conversion method

Planet and Population: An Overview

Rocks and Minerals-A First Look

Plate Tectonics

Earthquakes

Volcanoes

Streams and Flooding

Coastal Zones and Processes

Mass Movements

Ice and Glaciers,wind and Deserts

Climate-Past, present, and Future

Ground Water and Water Resources

Weathering, erosion, and Soil Resources

Mineral and Rock Resources

Energy Resources-Fossil Fuels

Waste Disposal

Water Pollution

Air Pollution

Environmental Law and Policy

Land-Use Planning and Engineering Geology

Filters

Given that a region has an average annual air temperature of 13^$\circ$C,what would the subsurface temperature be at a depth of 2 km? Assume the geothermal gradient is the same as the world average geothermal gradient,which is approximately 30^$\circ$C per kilometer.