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WorksheetsFirst Semester!
Total questions: 131
Worksheet time: 2hrs 13mins
Budding, vegetative propagation, regeneration, and binary fission are all types of
sexual reproduction
asexual reproduction
must locate a mate to reproduce
advantage of sexual reproduction
advantage of asexual reproduction
disadvantage of sexual reproduction
disadvantage of asexual reproduction
requires less energy to reproduce
advantage of sexual reproduction
advantage of asexual reproduction
disadvantage of sexual reproduction
disadvantage of asexual reproduction
What is a fertilized egg cell called?
gamete
meiosis
zygote
mitosis
can reproduce quickly
advantage of sexual reproduction
advantage of asexual reproduction
disadvantage of sexual reproduction
disadvantage of asexual reproduction
A species can better adapt if it is (genetically identical/genetically diverse).
genetically identical
genetically diverse
can easily be wiped out by disease
advantages of sexual reproduction
advantages of asexual reproduction
disadvantages of sexual reproduction
disadvantages of asexual reproduction
If a dog has 24 chromosomes, how many will be in its body cells?
24
12
48
36
If a dog has 24 chromosomes, how many will be in its sex
cells/gametes?
12
24
36
48
Which layer of the Earth consists of tectonic plates?
asthenosphere
mantle
mesosphere
lithosphere
genetically identical and less able to survive environmental changes
advantage of sexual reproduction
advantage of asexual reproduction
disadvantage of sexual reproduction
disadvantage of asexual reproduction
Asexual reproduction has
1 parent
2 parents
Which set of events is most common along tectonic plate boundaries?
Earthquakes and volcanoes
Erosion and earthquakes
Tidal waves and volcanoes
Hurricanes and tsunamis
In an animal, why would skin cells reproduce
growth
evolution
repair
reproduction
The movement of the tectonic plates is caused by
the rotation of the Earth
convection currents in the Asthenosphere
the gravity of the iron-nickel core
the Moho discontinuity
A hydra has 32 chromosomes and reproduces by budding. How many chromosomes does its offspring have?
8
16
32
64
What can a geologist understand by studying the fossil composition of sedimentary rocks?
how animals built their shelters
how life forms evolved over time
how some extinct animals preyed on others for food
how land animals used rocks as habitats
What do you expect to find at a mid-ocean ridge?
relative young rocks
reverse fault
thick accumulation of sediments
very ancient rocks
Which of the following are groundwater?
Lakes, ponds, creeks streams, ocean, rivers
Wells, water table, aquifers
How are groundwater and surface water related?
Groundwater can become surface water, but surface water cannot become groundwater.
Surface water can become groundwater, but groundwater cannot become surface water.
All surface water is also groundwater, and all groundwater is also surface water.
Surface water can seep down into the ground to become groundwater.
In convection, WARM air or WARM molten rock
In convection, COOL air or COOL molten rock
Which type of landform was created when the Indian Plate collided with the Eurasian Plate?
Himalayan Mountains
Great Rift Valley
Mid-Atlantic Ridge
San Andreas Fault
Precipitation runs off to become _____________.
surface water
groundwater
Surface water ___________ to become groundwater.
runs off
infiltrates
When two crusts of different densities collide, one crust subjects under another crust. This type of convergence plate boundary results in the formation of a __________.
trench
valley (rift)
mid-ocean ridge
fault line
The Law of Superposition states that the _________ fossils are found in the bottom rock strata.
oldest
youngest
largest
smallest
Which of the following are examples of NONRENEWABLE energy resources?
coal
oil
natural gas
nuclear energy
wind
Which of the following are examples of RENEWABLE energy resources?
hydropower
biomass
geothermal
nuclear energy
wind
Chromosomes are made of _______.
DNA
cells
nucleus
Genes carry codes to build _________.
proteins
cells
nucleus
Volcanic eruptions are an example of a _____________.
destructive process
constructive process
Which of the following would be the correct label for Letter D?
Sediments
Weathering and Erosion
Metamorphic Rocks
Sedimentary Rocks
Which of the following would be the correct label for Letter C?
Sediments
Weathering and Erosion
Metamorphic Rocks
Sedimentary Rocks
Which of the following would be the correct label for Letter B?
Sediments
Weathering and Erosion
Metamorphic Rocks
Sedimentary Rocks
Organisms D and C clearly lived in an aquatic (water) environment. Organism A does not look like it lived in the water. What is the most likely explanation for this?
The fossil in layer A died on land and was carried to the water
The fossils in layer C and D did not live in the same location as the fossil in layer A
The environment changed over a long period of time. It used to be under water, but is not anymore
When did fossil A become extinct?
Layer 1
Layer 2
Layer 3
Layer 4
Which model is depicting a divergent boundary between two plates?
top
middle
bottom
If we want to figure out the age of layers from two different locations what would be the best way to do so?
We can compare the fossils found in the layers of one location to the fossils in the other location
We can use the law of superposition to figure out the rate of layer formation
Radioactive dating to compare the age of the rocks in the layers
Compare the number of layers in each location
A seismograph tells us what information about an earthquake?
How deep within the earth the earthquake occurred.
How far a tsunami will travel
How much damage the earthquake caused
How strong the earthquake is
The picture here shows a landslide. What can you infer from the picture?
Landslides are a destructive process that break apart the surface of the earth.
Landslides are a constructive process that build new mountains and dams on the surface of the earth.
Landslides are caused by volcanic eruptions,
Landslides are helpful to road crews.
Earthquakes can cause which of the following
Landslides
Aftershocks
Tsunamis
All of the other answers here are correct.
Richter scales are used to measure
the size of a volcanic eruptions
the strength of a tornado
the magnitude of an earthquake
the power of flood waters flowing over land
Which of the following effects of a volcanic explosion would be globally catastrophic?
a. A landslide wiping out animals within 1 mile of the explosion
b. The mountains underneath the volcano collapsing
c. The temperature increasing in the nearby town
d. The ash cloud spreading through the atmosphere
New ocean crust is formed at the ridges and destroyed at deep sea trenches.
Theory of Sea floor spreading
Theory of continental drift
Theory of Plate tectonics
The map shows the locations of four active volcanoes in the Caribbean Sea. What do these volcanoes indicate about plate tectonics in the region?
The volcanoes form an island arc, indicating a converging plate boundary
The volcanoes form a line, indicating a diverging plate boundary.
Two plates are moving past each other, causing faulting and magma formation.
Two plates are moving apart, creating new seafloor
Warmer material in the convection current rises because it is (a) dense.
In which of the following eras did humans first appear in the fossil record?
Precambrian
Paleozoic
Mesozoic
Cenozoic
What are destructive processes/forces?
the movement of soil and sediment
forces that build up Earth's surface
moving wind and water
forces that break down Earth's surface
What is a gene?
A molecule made of a nitrogen base, a sugar, and a phosphate
A short length of DNA that codes for a chromosome
A short length of DNA that codes for a protein
Coiled and condensed fibers that form chromosomes
What is the shape of DNA called?
Twisted Ladder
Double Helix
Spiraled Molecule
Ladder Helix
You have 23 pairs of chromsomes. How many chromosomes do you have total?
23
46
69
12
1
2
3
4
Click the image
A
B
C
D
Which of the following BEST explains why each era is represented with different animals?
A major extinction of animals occurred at the end of each era
Animals gradually evolved at the end of each era
Animals changed into new species at the beginning of each era
A paleontologist is trying to decide if a certain type of fossil would make a good index fossil. What is the BEST question he could ask to determine if it would make a good index fossil?
Did the organism live only during a short part of Earth's history?
Is the organism found on Christmas trees?
Does the organism live during an important part of Earth's history?
Which is the most accurate method scientists use to predict the age of Earth?
relative dating of rock layers
radioactive dating of rocks
comparing the ages of different fossils
investigating core samples from the Arctic
Which lists the rock layers and fault in order from oldest to youngest?
A. Q, R, S, T, V
Q, V, R, S, T
T, S, V, R, Q
V, T, S, R, Q
A geologist identifies the identical index fossils in rock layers from two different areas. Which conclusion is best supported by this discovery?
The deposition rate of the two rock layers was identical.
The fossil organism evolved independently in the two separate areas.
The two rock layers were deposited at approximately the same time.
The index fossil will also occur in sediment deposited on top of these rock layers.
If an organism has 24 chromosomes in a body cell, how many will each daughter cell have at the end of meiosis?
6
12
23
24
How many cell divisions does meiosis have?
0
1
2
3
Which part of meiosis produces diversity in gametes?
DNA replication
Prophase
Crossing-over
Cytokinesis
How many daughter cells does meiosis produce?
1
2
3
4
Meiosis produces daughter cells that are genetically _________ each other.
identical to
different from
superior to
inferior to
The daughter cells produced by meiosis are also called __________.
somatic cells
stem cells
germ cells
gametes
What is the purpose of meiosis?
to help the organism grow
to repair damaged cells
to heal injuries
to create diversity in offspring
What causes a volcanic eruption?
Accumulation of pressure from the Earth's core
Movement of tectonic plates beneath the Earth's surface
Heavy rainfall seeping into the Earth's crust
Human activities such as mining and drilling
This is a divergent boundary, what can occur at these locations? Choose all that apply.
Volcanoes
Earthquakes
Mountains
Trenches
This is a convergent boundary, what can occur at these locations? Choose all that apply.
Volcanoes
Earthquakes
Mountains
Trenches
What are the key characteristics of hurricanes?
Tornadoes, hailstorms, drought, and potential for widespread damage
Strong winds, heavy rainfall, storm surges, and potential for widespread damage
Blizzards, freezing temperatures, snowfall, and potential for widespread damage
Gentle breezes, light rainfall, calm seas, and minimal damage
What are the warning signs of an impending volcanic eruption?
Rising sea levels
Observing ground deformation, increased seismic activity, changes in gas emissions, and changes in water and ground temperature
Increased bird activity
Changes in cloud formations
What are the different categories of tornadoes based on their intensity?
Enhanced Fujita (EF) scale
Beaufort scale
Saffir-Simpson scale
Richter scale
What is the difference between a tornado and a hurricane?
Tornadoes form over land and are larger, while hurricanes form over warm ocean waters and are smaller.
Tornadoes form over land and are smaller, while hurricanes form over warm ocean waters and are larger.
Tornadoes form over water and are smaller, while hurricanes form over land and are larger.
Tornadoes form over warm ocean waters and are larger, while hurricanes form over land and are smaller.
Which of the following is an example of a slow constructive force?
Deposition of sediment at the mouth of a river
Volcanic eruption in Iceland
Earthquakes in Haiti
Tsunamis
What is an example of a quick destructive force?
Volcanic eruption in Hawaii
Tsunamis
Deposition of sediment at the mouth of a river
Mount St. Helens eruption
Name the type of force working on the rocks in the picture.
Slow constructive
Quick constructive
Quick destructive
Slow destructive
How can plants cause the weathering of rocks?
roots can grow into or near rocks causing the rocks to break down over a period of time.
plants can chemically break down rocks using photosynthesis
plant roots can use the rocks as a source of nutrients and break them down over time
plants can release water vapor into the air that causes the rocks to break down over time.
The landform below is a sea arch. It could be included as evidence to support which of the following statements?
Earthquakes are constructive forces that build landforms on the coast quickly.
Waves are constructive forces that deposit sand and sediments on the coast slowly.
Earthquakes are destructive forces that cause breakage of rock formations near the oceans.
Waves are destructive forces that over time can wear away at the earth’s coast and change its shape.
Which two landforms can be both constructive and destructive?
earthquakes and valleys
mountains and volcanoes
earthquakes and mountains
earthquakes and volcanoes
The exchange of genetic information that insures that every gamete is unique is referred to as
mitosis
meiosis
reduction division
crossing over
Name the stage: chromosomes condense and become visible
prophase
metaphase
anaphase
telophase
Name the stage: two nuclei are formed enclosed by nuclear membranes
prophase
metaphase
anaphase
telophase
Name the stage: Chromosomes pull away from each other and move to opposite sides of the cell
Prophase
Metaphase
Anaphase
Telophase
Select the correct description of the picture
Prophase: The cell PREPARES for cell division as chromosomes coil up.
Anaphase: Chromosomes pull APART to ends of the cell.
Teleophase: Chromosomes unwind and start to form TWO new cells.
Metaphase: Chromosomes line up in the MIDDLE
Weathering is the process of
moving sediment from one place to another
dropping or leaving sediment in a location
breaking down rocks into sediment
When a divergent boundary happens under continental crust, it's called a:
Rift Valley
Block Mountain
Folded Mountain
Mid-Ocean Ridge
What is letter C?
Cooling
Melting
Heat and pressure
Weathering and erosion
What is letter E?
Heat and pressure
Melting
Deposition, Compaction, Cementation
Weathering and erosion
Fossils are only found in
Sedimentary rocks
Foliated Metamorphic rocks
Igneous Rocks
Nonfoliated Metamorphic rocks
The name rock is given when it is broken down into smaller pieces.
texture
weathering
sediment
erosion
The OLDEST seafloor (rocks) is located?
Closest to the mid-ocean ridge
Farthest from the mid-ocean ridge
What happens when Subduction occurs?
Parts of the crust fall into the mantle
Parts of the crust fall into the core
Parts of the crust fall into space
None of the Above
Why does oceanic crust always subduct?
Its more dense than continental crust
Its less dense than continental crust
Which of the following convections cells show a convergent plate boundary?
How often an event occurs over a measured time period is _______?
risk
impact
frequency
hazard
This is a convergent boundary, this is where....
Old rock is recycled back into the mantel
New rock is formed
Old rock is formed
New rock is recycled back into the mantel
Compare the ages of the crust (rock) at the divergent boundary.
The oldest rock is located at the boundary
The oldest rock is moving towards the boundary
The youngest rock is located on the boundary
The further from the boundary the rock is, the older it will be
What are the warning signs of an impending volcanic eruption?
Rising sea levels
Observing ground deformation, increased seismic activity, changes in gas emissions, and changes in water and ground temperature
Increased bird activity
Changes in cloud formations
Describe the impact of flooding on the environment and human settlements.
Flooding can cause damage to infrastructure, loss of life, displacement of people, contamination of water sources, destruction of crops, and loss of biodiversity.
Flooding only affects human settlements, not the environment
Flooding leads to increased biodiversity and improved water quality
Flooding has no impact on the environment or human settlements
How do wildfires start and spread?
Wildfires spread through the use of fire extinguishers
Wildfires start from a variety of sources, including human activity, lightning, and lava. They spread through the ignition of dry vegetation and can be fueled by wind and weather conditions.
Wildfires start from the intentional burning of forests by firefighters
Wildfires start from spontaneous combustion of wet vegetation
During the year 2003, the number of earthquakes that occurred was higher than usual. The map shows the locations of some of these earthquakes.
Which question does the information on this map help answer?
How often do earthquakes happen?
When will the next earthquake happen?
Where are earthquakes likely in the future?
What will be the strength of the next earthquake?
