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WorksheetsAPES Final Review
Total questions: 166
Worksheet time: 3hrs 7mins
The concentration of carbon dioxide in the atmosphere
is increasing in part due to fossil fuel use.
has not significantly changed in the past 200 years.
is increasing in part due to deforestation.
has been decreasing since the 1800’s.
can not be reliably measured
The environment refers to
all conditions surrounding us on Earth.
species interactions that affect human life.
conditions that cause negative effects on our health.
interactions that harm the atmosphere.
the sum of all the conditions surrounding us that influence life.
Evidence of biodiversity is seen in
genetic variation among human populations.
number of species in a region.
number of ecosystems and habitats in a region.
genetic variation among plants and animals in a region.
All of these answers are correct.
Which is NOT a non-renewable resources?
aluminum
oil
timber
copper
coal
Which is an example of a sustainable practice?
I. Replanting a logged forest
II. Developing substitutes for nonrenewable resources
III. Banning the use of all fossil fuels without a planned transition to an alternative
I only
II only
I and III
I and II
I, II, and III
An ecological footprint considers
per capita resource use of a nation.
how much an individual consumes in terms of land area.
average yearly consumption of resources.
resources that an entire nation consumes in and average year.
the ratio of resources consumed in developed nations to less developed nations.
An experiment is designed to determine if wheat grows better when it is planted alone or with clover. The design calls for 3 pans of each treatment. Pans A, B, and C contain only wheat. Pans D, E, and F contain clover and wheat planted in alternating rows. Each pan contains a total of
100 seeds. All treatments contain the same type of soil, are planted in the same size pan, are exposed to the same amount of sunlight, and are maintained at the same temperature throughout the course of the experiment.
The treatments planted with only wheat are the
sample size.
control.
environmental variable.
null hypothesis.
replication.
The study of environmental science differs from study of other natural sciences because it
doesn’t use experiments.
does not require any mathematical calculations.
also includes politics, law, and economics.
does not require an understanding of biology.
uses the scientific process.
The goal of using resources to meet the needs of both current and future generations is referred
to as
NAFTA.
preservation
remediation
sustainability
environmental science
An experiment is designed to determine if wheat grows better when it is planted alone or with clover. The design calls for 3 pans of each treatment. Pans A, B, and C contain only wheat. Pans D, E, and F contain clover and wheat planted in alternating rows. Each pan contains a total of
100 seeds. All treatments contain the same type of soil, are planted in the same size pan, are exposed to the same amount of sunlight, and are maintained at the same temperature throughout the course of the experiment.
Which statement provides a hypothesis for this experiment?
Wheat grows taller when planted by itself than when it is alternated with clover.
Clover grows better when planted by itself.
Wheat grows better when planted together with clover.
Clover grows better when planted together with wheat.
Both A and C are legitimate hypotheses for this experiment.
Which is NOT considered an example of natural capital?
Copper ore
Potable water
Wind
Plastic bottles
Soil
How do you calculate % Change?
(y2-y1)/y2 * 100%
(y1-y2)/y1 * 100%
(y2-y1)/y1 * 100%
(y1-y2)/y2 * 100%
The study of environmental science primarily considers
interactions among human systems and those found in Earth
the effect of human systems
abiotic factors that influence the state of our environment
factors that affect global climate change
An ecosystem is a location on Earth that includes
only biotic components
only abiotic components
interacting biotic and abiotic components
positive and negative feedback loops
Which best describes the difference between an environmentalist and an environmental scientist?
the difference is unimportant because both care about Earth
an environmentalist follows a belief system; an environmental scientist is concerned with the methods of science
an environmentalist studies the humanities; an environmental scientist has a background in biology and chemistry
an environmentalist is concerned with abiotic factors; an environmental scientist studies biotic factors
Which pair of biogeochemical cycles are most associated with inorganic fertilizer and sewage waste?
Carbon and Nitrogen cycles
Carbon and Sulfur cycles
Phosphorus and Nitrogen cycles
Sulfur and Nitrogen cycles
Sulfur and Water cycles
In which biogeochemical cycles are humans most affecting the natural greenhouse affect?
Carbon, Nitrogen, and Water cycles
Carbon and Phosphorous cycles
Phosphorus and Nitrogen cycles
Sulfur and Nitrogen cycles
Sulfur and Water cycles
Which biogeochemical cycles are directly related to acid deposition?
Carbon and Nitrogen cycles
Carbon and Sulfur cycles
Phosphorus and Nitrogen cycles
Carbon, Sulfur and Nitrogen cycles
Sulfur and Water cycles
A forest has a GPP of 3.8 kilograms C/m^2/year and the rate of cellular respiration is 2.4 kilograms C/m^2/year. What is the NPP?
6.2 kg C/m^2/year
1.4 kg C/m^2/year
1.0 kg C/m^2/year
9.12 kg C/m^2/year
1.58 kg C/m^2/year
Matter is ___
anything that has volume and mass
anything that has energy
anything that doesn't have mass
anything that doesn't have volume
As a solid or a liquid, water reaches its lowest density at
4 degrees C
39 degrees F
100 degrees C
0 degrees C
According to the law of conservation of matter,
I. matter can be created
II. matter can not be destroyed
III. after a chemical reaction, the original atoms remain
I only
II only
I and II
II and III
To produce sodium chloride, common table salt, a single electron in the outer shell of the sodium atom is transferred to the outer shell of the chlorine atom. This is an example of
the formation of an ionic bond
the formation of a covalent bond
radioactive decay
the formation of a hydrogen bond
Water is a good solvent. This statement explains which of the following phenomena:
I. High concentrations of dissolved ions in seawater
II. Capacity of living organisms to store many types of molecules in solution in their cells
III. Easy transport of toxic substances through the environment
I
II
III
I, II, III
Organic compounds may contain
I. carbon-carbon bonds
II. carbon-hydrogen bonds
III. hydrogen-oxygen bonds
I
II
I and III
I and II
The ability to do work is called
power
joules
energy
heat
Most energy on Earth comes from
volcanoes
the sun
trees
water
fire
The difference between potential and kinetic energy is that
kinetic energy can not be captured at a dam
potential energy is measured in watts, whereas kinetic energy is measured in joules
potential energy has not yet been released
potential energy is measured in calories, whereas kinetic energy is measured in joules
kinetic energy has not yet been released
A dishwasher uses 700 watts each time it is run. The cycle takes one hour. It is run 150 times per year. How much energy does it use in one year?
Energy = Power x Time; E = 700W x 150h = 105000 Wh = 105kWh
Energy = Power x Time; E = 700W x 150h = 105000 Wh = 1050 kWh
Energy = Power x Time; E = 700W x 150h = 105000 Wh = 1050 J
Greenhouse gases in the Earth's atmosphere
are in steady state
are decreasing
are increasing
can not be measured
A positive feedback loop
is when feedback into a system increases a rate of response
is when feedback into a system decreases a rate of response
may be seen in some examples of population growth
both a and c
Extinctions of species can be the result of
natural systems changing
introduction of invasive species
systems that are not in steady state
human inputs
All of these are correct
Which of the following is not an abiotic factor?
sunlight
pH
water temperature
bacteria
soil texture
Choose the correct sequence for energy flow within an ecosystem
Herbivores --> producers --> carnivores --> scavengers
Producers --> herbivores--> carnivores --> scavengers
Producers --> carnivores --> herbivores--> carnivores
Scavengers--> carnivores --> herbivores--> producers
Which group of organisms perform photosynthesis?
scavengers
autotrophs
heterotrophs
decomposers
Which of the following statements best describes the concept of NPP
Energy captured minus energy lost
total amount of energy available for the sun
Total amount of energy produced from photosynthesis
Total amount of cellular respiration conducted within an ecosystem
Humans have a considerable effect on the hydrologic cycle. Which of the following human activities have(has a) direct effect(s) on the cycle?
I. Deforestation
II. Urbanization
III. Mining of fossil fuels
I
II
III
I and III
I, II, and III
An addition of a limiting nutrient to an ecosystem may lead to an algal bloom. What effect will this algal bloom have on the oxygen content of the water?
The algae bloom will cause the oxygen content in the water to increase overall
The algae bloom will cause the oxygen content in the water to decrease, leading to hypoxic conditions
The algae bloom will have no impact on the oxygen content of the water
The algae bloom will cause rapid fluctuations of oxygen in the water
Members of an r-selected species characteristically
larger-bodied
put energy into reproduction not survival
good competitors
are very protective of their offspring
The K-selection reproductive strategy maximizes survival of offspring by producing
many offspring with low levels of parental care
few offspring with low levels of parental care
many offspring with high levels of parental care
few offspring with high levels of parental care
Which represents an r-selected species?
A
B
C
D
E
Which represents a k-selected species?
A
B
C
D
E
Which represents a species that has a constant death rate
a
b
c
d
Which represents a species that has many offspring but most do not reach sexual maturity?
a
b
c
d
Line b represents
exponential growth
overshoot and dieoff
constant growth
species at carrying capacity
Line c represents
exponential growth
overshoot and dieoff
constant growth
species at carrying capacity
Which has a negative growth rate
Country 1
Country 2
Country 3
Country 4
Which country has the highest fertility rate?
Country 1
Country 2
Country 3
Country 4
Which country experienced a baby boom?
Country 1
Country 2
Country 3
Country 4
Which country would you expect to be in stage 1 of the demographic transition
Country 1
Country 2
Country 3
Country 4
Which of the following can be interpreted from an age-structure diagram of a country?
The maximum age when women give birth
The total fertility rate of the population
The relative population growth rate of the population
The carrying capacity of the local environment
Which of the following best describes a density-independent factor that controls population size?
Competition for resources like food and water
Infectious disease transmission
Reduced availability of habitat
Occurrences of droughts and flooding
If the population of a country grows at a rate of approximately 5 percent per year, the number of years required for the population to double is closest to
5
10
15
20
During which stage does population experience an explosive increase in growth?
Stage 1
Stage 2
Stage 3
Stage 4
In a certain country, the birth rate is high, the death rate is high, and there are many children that are part of the workforce. The country is most likely in which of the following stages of the demographic transition?
Stage 1
Stage 2
Stage 3
Stage 4
In a human population undergoing the demographic transition, which of the following generally decreases first?
Birth rate
Death rate
life expectancy
Average family size
During which stage of the demographic transition are birth rates and death rates become equal but population is high
Stage 1
Stage 2
Stage 3
Stage 4
The type of plate boundary where two plates come together is a .....
Convergent Boundary
Divergent Boundary
Transform Boundary
Plate Boundary
What type of event will occur at this boundary?
Earthquake
Volcano Eruption
Tornado
Mountain Building
A divergent boundary occurs when plates ....
Pull apart
Come together
Slide past each other
subducting
The rate at which water flows through the soil is called soil percolation or ______.
Groundwater
Permeability
Soil Pores
Porosity
Observe this diagram of a plate boundary. One statement BEST describes what is happening. It is that
the oceanic crust is melting.
the denser ceanic crust is subducting under the less dense oceanic crust
volcanic islands are forming.
the tectonic plates are moving away from each other.
What are the proportions of sand, silt, and clay for the soil at point X ?
5% Sand, 95% Silt, 5% Clay
5% Sand, 20% Silt, 5% Clay
65% Sand, 30% Silt, 10% Clay
60% Sand, 30% Silt, 10% Clay
What is the correct sequence of layers of the earth's atmosphere from earth's surface to space?
troposphere, stratosphere, mesosphere, thermosphere.
mesosphere, stratosphere, thermosphere, troposphere.
troposphere, mesosphere, stratosphere, thermosphere.
stratosphere, troposphere, mesosphere, thermosphere.
Which two factors allow earth to experience four distinct seasons?
latitude & solar intensity
tilt of axis & rotation of axis
tilt of axis & rotation around sun
distance from sun & place in orbit around sun
Which is a direct result of the Coriolis Effect?
Upwellings
tides
ocean conveyor belt
Tsunami
Ocean gyres
What percent of energy consumption is made of renewable energy?
92%
50%
20%
8%
Which type of renewable energy is pictured?
photovoltaic cells
parabolic solar collection
hydroelectric
geothermal
Which of the following is not a drawback of solar energy?
sunlight does not have energy
cost
sun is not always out
solar energy is diffuse and hard to collect
Which of the following is a drawback to wind energy? (Select all that apply)
migration of birds being interrupted
noise
disrupts the landscape
not available in all locations
What is a drawback to hydroelectric power?
fish being isolated on one side of the dam
water in the reservoir becomes warm
increases the dissolved oxygen
increases the rate of nutrient flow downstream
Which location would be best for solar energy?
Arizona
Oklahoma
Hawaii
Colorado
Which location would be best for geothermal energy?
Arizona
Oklahoma
Hawaii
Colorado
Which location would be best for wind energy?
Arizona
Oklahoma
Hawaii
Colorado
Which renewable energy does not require spinning a turbine?
hydroelectric
wind
tidal
photovoltaic cells
A home is built with clear glass panels that allow sunlight to pass through. This is an example of
Active solar
Passive solar
Parabolic collector
Photovoltaic Cells
What is given off as waste in a hydrogen fueled car?
H2
O2
H2O2
H2O
A home is fitted with pumps that pipe water to the roof of the home to be heated by the sun. This is an example of
passive solar
active solar
parabolic collector
photovoltaic cell
Which of the following is not a biofuel or a biomass?
wood
ethanol from corn
dung
methane
Fuel cells that use a chemical reaction to generate electricity are using
hydrogen gas
methane gas
water
oil
What is a drawback of using ethanol as a fuel alternative to gasoline?
it is produced from a food item
produces more pollution than gas
nonrenewable and comes from the ground
burns worse than gasoline
If a tractor trailer truck is 20% efficient, what happened to the other 80%
energy is destroyed
energy is lost as heat
the 80% is still in the gas tank
energy is converted into matter
The following are advantages of which type of energy?
· Ideal for mobile combustion engines
· Quick ignition/ turn-off capability
· Cleaner-burning than coal
Petroleum
Coal
Natural Gas
Nuclear Energy
The following are advantages of which type of energy?
· Energy-dense and abundant—will last up to 200 years
· No refining needed
· Easy, safe to transport
· Economic backbone of many small towns
Petroleum
Coal
Natural Gas
Nuclear Energy
The following are advantages of which type of energy?
· Cogeneration power plants can have efficiencies up to 60%
· Efficient for cooking, heating, etc.
· Fewer impurities than coal or oil
Petroleum
Coal
Natural Gas
Nuclear Energy
The following are advantages of which type of energy?
· Emits no CO2
· Offers independence from imported oil
· High energy density, ample supply
Petroleum
Coal
Natural Gas
Nuclear Energy
The following are disadvantages of which type of energy?
· Significant refining required
· Potential for spills on wildlife habitats
· Significant dust and emissions during construction of rigs and refineries
· Human rights/ environmental justice issues in developing countries that export
Will decrease in availability greatly within 40 years
Petroleum
Coal
Natural Gas
Nuclear Energy
The following are disadvantages of which type of energy?
· Mining alters landscapes and endangers humans
· Plants are slow to reach full operating capacity
· Large contributor to acid rain
Petroleum
Coal
Natural Gas
Nuclear Energy
The following are disadvantages of which type of energy?
· Risk of leaks/explosions
· 25x more effective as a greenhouse (warming) gas than CO2
· Low availability because pipelines are needed
Petroleum
Coal
Natural Gas
Nuclear Energy
The following are disadvantages of which type of energy?
· Unpopular, generates protests
· Plants are $$$ to build because of legal challenges
· Potential for catastrophic meltdowns and accidents
· Possible terrorist targets
Petroleum
Coal
Natural Gas
Nuclear Energy
The following are pollutant and greenhouse gas emissions of which type of energy?
· Second highest emitter of CO2
· Hydrocarbons
· Hydrogen sulfide
Petroleum
Coal
Natural Gas
Nuclear Energy
The following are pollutant and greenhouse gas emissions of which type of energy?
· Highest emitter of CO2
· Sulfur
· Trace amounts of toxic metals such as mercury
Petroleum
Coal
Natural Gas
Nuclear Energy
The following are pollutant and greenhouse gas emissions of which type of energy?
· Methane (CH4)
· Hydrocarbons
· Hydrogen sulfide
Petroleum
Coal
Natural Gas
Nuclear Energy
The following are pollutant and greenhouse gas emissions of which type of energy?
· Radioactive waste
· Emissions from uranium mining
Petroleum
Coal
Natural Gas
Nuclear Energy
Implicated in human neurological damage
Sulfur dioxide
Lead
Ozone
Hydrocarbons
Particulates
Is the major pollutant that electrostatic precipitators are designed to remove from power-plant smokestack emissions
Sulfur dioxide
Lead
Ozone
Hydrocarbons
Particulates
Considered harmful in the troposphere but beneficial in the stratosphere
Sulfur dioxide
Lead
Ozone
Hydrocarbons
Particulates
Most often cited as the causative factor for acid deposition
Sulfur dioxide
Lead
Ozone
Hydrocarbons
Particulates
The three main anthropogenic sources of gaseous air pollutants in the United States are
soil erosion, volcanoes, and forest fires
soil erosion, volcanoes, and energy production
industry, construction, and agriculture
industry, transportation, and energy production
industry, transportation, and agriculture
Composed of fibers known to cause lung disease
asbestos
radon
lead
carbon monoxide
formaldehyde
Emitted from most manufactured building materials and furniture
asbestos
radon
lead
carbon monoxide
formaldehyde
Found in old plumbing pipes and fixtures and some ceramic glazes
asbestos
radon
lead
carbon monoxide
formaldehyde
Colorless, odorless gas that is a naturally occurring decay product of uranium
asbestos
radon
lead
carbon monoxide
formaldehyde
Which of the following is the human health impact most closely associated with atmospheric particulates?
Cataracts
Diabetes
Melanoma
Asthma
Obesity
Smoke from forest fires is most likely to affect air quality over larger areas for many days when
smog is produced due to chemical reactions in the atmosphere
a persistent atmospheric inversion exists in the region
oak trees are burned, releasing terpenes into the atmosphere
primary, rather than secondary, forests are burned
vegetation in the region is green and burns more slowly
The majority of atmospheric mercury is produced by
medical waste incinerators
volatilization of lead-based paint
coal-burning power plants
runoff from thermometer factories
municipal waste incinerators
Which type of electricity-generating power plant releases radioactive materials as well as toxic metals such as lead and arsenic under normal operating conditions?
Nuclear
Hydroelectric
Solar
Coal-burning
Geothermal
Has a stronger affinity for hemoglobin than oxygen has
carbon dioxide
carbon monoxide
methane
radon
sulfur dioxide
Is a flammable gas produced by landfills
carbon dioxide
carbon monoxide
methane
radon
sulfur dioxide
Has been implicated as the cause of as much as 15 percent of lung cancer cases
carbon dioxide
carbon monoxide
methane
radon
sulfur dioxide
Is an important precursor to acid rain
carbon dioxide
carbon monoxide
methane
radon
sulfur dioxide
Catalytic converters reduce which of the following pairs of pollutants in car exhaust?
Carbon dioxide and ozone
Carbon monoxide and hydrocarbons
Carbon dioxide and particulates
Lead and mercury
Methane and particulates
Is primarily responsible for acid rain in the northeast United States
uranium-238
coal
natural gas
oil
solar
Currently proven global reserves are expected to be largely exhausted within the next 50 years.
uranium-238
coal
natural gas
oil
solar
Is renewable
uranium-238
coal
natural gas
oil
solar
Occurs naturally in bedrock and leads to the formation of radon
uranium-238
coal
natural gas
oil
solar
Approximately how many more times acidic, in terms of H+ concentration, is precipitation in the northeastern United States as compared to precipitation in the South Pacific?
0.1
2
10
20
100
The primary cause of acid precipitation in the northeastern United States is
the large number of automobile air conditioners leaking Freon
burning of sulfur-containing fossil fuels to produce electricity
deforestation, which reduces the number of trees removing atmospheric CO2
strip-mining, which releases large quantities of particulates into the atmosphere
global warming, which speeds the chemical reactions that produce acids
A paper company located on the banks of a river discharges its treated wastewater into the river.
Which of the following would be the best control group to evaluate the treated wastewater from the paper company?
A sample of distilled water
A sample of water from a nearby river
A sample of water downstream from the same river
A sample of water upstream from the same river
A paper company located on the banks of a river discharges its treated wastewater into the river.
Which of the following would be the best location to obtain a water sample from to determine if the paper plant is affecting the acidity of the river?
Immediately downstream from the paper plant
Immediately upstream from the paper plant
At an upstream tributary to the river
At a downstream tributary to the river
A paper company located on the banks of a river discharges its treated wastewater into the river.
Which of the following water quality indicators should be measured to best determine if the wastewater is increasing the acidity of the river?
The amount of dissolved oxygen
The total suspended solids
The amount of hydrogen ions
The species richness
Endocrine disruptors cause the following impacts to organisms
increased respiratory rate
damage to the cardiovascular system
increased size of individual organisms
birth defects and cancer
Aquatic ecosystem that serves as a nursery for many species and suffers from pollution from city harbors like the Chesapeake Bay
estuaries
coral reefs
open ocean
wetlands
Presence of fecal coliform bacteria suggests that
a factory polluted the river
a nearby treatment plant added chlorine to the waste water
the water is safe for drinking
untreated animal waste contaminated the water
Which of the following describe the relationship between D.O. and B.O.D.?
When D.O. decreases, the B.O.D. decreases
When D.O. decreases, the B.O.D. increases
When B.O.D. decreases, the D.O. decreases
When B.O.D. increases, the D.O. decreases
Which water quality test will best determine the disruption of photosynthesis caused by cloudy water conditions from sedimentation?
Temperature
Salinity
Dissolved oxygen
pH
Turbidity
The process of human activities in urban or agricultural areas that load nutrients into surface bodies of water is known as
artificial fertilization
cultural eutrophication
thermal pollution
lake stratification
synthetic primary productivity
Which of the following is a point-source pollutant?
Sediment loading from erosion
Runoff of pesticides from croplands
Animal wastes from feedlots
Fertilizer runoff from urban areas
A sewage treatment plant effluent pipe
Which of the following river conditions would yield the highest dissolved oxygen content?
Fast-moving cold water, large amounts of submerged vegetative biomass
Stagnant, warm water with large clumps of algae
Slow- moving warm waters, low amounts of submerged vegetative biomass
Warm water with little vegetative biomass
What is the danger in eating large fish like tuna and shark?
They may be invasive species.
If abundant, they may lead to a crash in other species.
If they are high on the food chain they may contain high levels of mercury or POP's like PCB's
They may contain too many nutrients from fertilizers.
Organic matter like yard waste in landfills is a problem primarily because
there is a high risk of toxic leaching
it contains bacteria that spreads disease
as it breaks down it can dissolve the containment
it produces methane gas
