WorksheetsClimate Test Review
Total questions: 70
Worksheet time: 35mins
This type or energy resource is produced at a higher rate than it is used.
Non-renewable
Renewable
Fossil Fuel
Environmental Energy
Tidal, geothermal, and solar energy are all examples of...
Renewable Energy
Fossil Fuels
Environmental Impacts
Climate Change
Oil, coal, and natural gas are all examples of...
Renewable Energy
Fossil Fuels
Environmental Impacts
Climate Change
Oil, coal, and natural gas are considered non-renewable because...
They all take millions of years to form
Eventually it will be too expensive for us to extract these resources
There is not a large enough to supply to meet the world's demand
All of the above
Which is not a benefit of renewable energy?
Renewable energy will never run out
It is safer for people and the environment
Renewable energy releases carbon dioxide, a greenhouse gas
In the long run, renewable energy can be cheaper than fossil fuels
With this type of renewable energy wind turns a large turbine which turns a generator to produce electricity
Solar
Hydroelectric
Tidal
Wind
With this type of renewable energy, Photovoltaic cells (PV Cells) found in solar panels can convert the sun’s energy into electricity.
Solar
Geothermal
Biomass
Wind
With this type of renewable energy flowing water, usually from a river, turns a turbine which then generates electricity.
Wind
Geothermal
Hydroelectric
Tidal
With this type of renewable energy, heat from the Earth's interior heats up water that is then used for heat or to make electricity.
Tidal
Geothermal
Solar
Biomass
With this type of renewable energy, turbines (like small wind turbines) are placed in the ocean near the land. These turbines are moved by the waves of the ocean.
Geothermal
Wind
Tidal
Hydroelectric
With this type of renewable energy, natural waste is burned in a power plant, which heats steam that turns a turbine to produce electric.
Biomass
Tidal
Geothermal
Solar
More carbon dioxide in the air will cause the oceans to...
Become less acidic
Become more acidic
Have a higher salinity
Have a lower salinity
This is the largest number of individuals of one species that an environment can support.
Population Maximum
Law of Energy Conservation
Carrying Capacity
Carrying Load
Since the 1800s the human population has been
Increasing slowly
Decreasing Slowly
Increasing quickly
Decreasing quickly
This is the clearing of forest land for agriculture, grazing, urban development, or logging
Speciation
Colonization
Population Expansion
Deforestation
Which of the following does not release a lot of greenhouse gases into the atmosphere?
Deforestation
Burning fossil fuels
Large scale farming
All release a lot of greenhouse gases
When carbon dioxide and other chemicals mix with the air this can cause ___________ which can break down metals and cause harm to plants and animals
The greenhouse effect
The albedo effect
Acid rain
Population Growth
A white surface would get an albedo score of ________.
0
0.25
1
2
A black surface would get an albedo score of ________.
0
0.25
1
2
This is a measurement of how much light reflects off of a surface
Carrying Capacity
pH
Greenhouse Effect
Albedo
If the Earth's overall albedo is lower, this would mean that
Less light is absorbed by the Earth and it will get warmer
More light is absorbed by the Earth and it will get warmer
Less light is absorbed by the Earth and it will get cooler
More light is absorbed by the Earth and it will get cooler
Which object would you expect to have an albedo score closest to zero
A black road
A blue roof
A lightly colored sandy beach
A green forest
Without the greenhouse effect, the Earth would be...
Too hot to live
A perfect place to live
Too cold to live
Exactly the same
True or false: The greenhouse effect is a naturally occurring effect.
True
False
Which is not a greenhouse gas
Nitrogen
Water vapor
Carbon dioxide
Methane
These are gases which trap heat in the Earth's atmosphere, keeping it warm
Albedo Gases
Natural Gases
Greenhouse Gases
Fossil Fuel Gases
When greenhouse gases in the atmosphere increase, Earth's average temperatures will also
Increase
Decrease
Fluctuate
Stay the same
This fossil fuel formed from decayed swam plants
Coal
Oil
Natural Gas
True or False: Fossil fuels are made up of dinosaur remains.
True
False
These are non-renewable energy resources that formed millions of years ago
Solar Fuels
Fossil Fuels
Chemical fuels
Hydrocarbon fuels
About how long ago did fossil fuels form?
150-250 years ago
15-30 million years ago
150-300 million years ago
1500-3000 million years ago
This is partially decayed vegetation that can later form coal
Petroleum
Crude Oil
Plankton
Peat
What is need to transform swamp plants into coal?
Heat
Pressure
Sunlight
Both heat and pressure
Why do we use coal in the US?
Because it is cheap
Because we have a lot of it
Because it is safer to ship than other fuels
All of the above
This type of mining uses explosives to take off the top of a mountain and expose coal.
Strip mining
Subsurface mining
Hydraulic fracturing
Mountaintop removal
This type of mining uses heavy machines to dig out coal (along the sides of a mountain).
Strip mining
Subsurface mining
Hydraulic fracturing
Mountaintop removal
With this type of mining, people travel underground to dig out coal.
Strip mining
Subsurface mining
Hydraulic fracturing
Mountaintop removal
This type of fossil fuel produces more air pollutants than any other fossil fuel
Coal
Oil
Natural Gas
What is a risk of coal mining?
Illness like black lung disease
Carbon monoxide poising
Underground fires and mine collapses
All of the above
Oil and natural gas are formed from _____________________.
Swamp plants
Land plants
Microscopic marine organisms
Large marine organisms
What is petroleum used for?
Food and medicine
Transportation fuels
Plastics
All of the above
This is used to find oil underground.
Prospect survey
Seismic survey
Oil charts
Oil surveys
How is oil transported from where it is drilled to where it is refined?
Pipelines
Oil Rigs
Oil Tankers
Both Pipelines and Tankers
This fossil fuel produces the least amount of carbon dioxide
Coal
Oil
Natural Gas
This fossil fuel is the least efficient fuel
Coal
Oil
Natural Gas
This fossil fuel produces the most carbon dioxide
Coal
Oil
Natural Gas
This fossil fuel is commonly used as a transportation fuel
Coal
Oil
Natural Gas
This fossil fuel is a solid
Coal
Oil
Natural Gas
This fossil fuel is a gas
Coal
Oil
Natural Gas
This fossil fuel is a liquid
Coal
Oil
Natural Gas
This fossil fuel is extracted by drilling
Coal
Oil
Natural Gas
This fossil fuel is extracted by hydro-fracturing
Coal
Oil
Natural Gas
This is the ability to do work. This is how objects change or move.
Electricity
Power
Energy
None of the above
This is the energy from molecular reactions
Chemical
Kinetic
Electrical
None of the above
This is the energy from motion
Chemical
Kinetic
Electrical
None of the above
This is the energy from the movement of electrons
Chemical
Kinetic
Electrical
None of the above
This is the energy of the movement of photons
Light
Gravitational
Heat
None of the above
This is the energy of mass and position
Light
Gravitational
Heat
None of the above
This is the energy of temperature differences
Light
Gravitational
Heat
None of the above
This law states that energy is never created or destroyed, only changed from one state to another.
Law of Conservation of Mass
Law of Energy Conservation
Law of Thermal Conduction
Law of Energy Conduction
This is a sequence of organisms through which nutrients and energy pass from one organism to another
Plant Chain
Producer Chain
Autotroph Chain
Food Chain
These organisms make their own food from the sunlight.
Producers
Primary Consumers
Secondary Consumers
None of the above
These organisms get their food by eating only producers
Producers
Primary Consumers
Secondary Consumers
None of the above
These organisms get their food by eating producers and primary consumers
Producers
Primary Consumers
Secondary Consumers
None of the above
These are materials that can generate heat or power
Fuels
Nitorgen
Strong Force
Power Materials
This is the rate that energy is used
Work
Power
Energy Rate
Fuel
An apple tree is an example of an
Autotroph
Heterotroph
An deer is an example of a(n)
Autotroph
Heterotroph
This is the unit used to measure power
Joule
Volt
Watt
Kilogram
True or false: energy is never created
True
False
