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Exam 2 Mega Ultra Everything Review

Total questions: 158

Worksheet time: 1hrs 29mins

Name
Class
Date
1.

The layer of the earth made up primarily of very dense elements.

a)

Crust

b)

Mantle

c)

Core

2.

The layer of the earth made up primarily by low-density elements.

a)

Crust

b)

Mantle

c)

Core

3.

The layer of the earth made of primarily medium density elements.

a)

Crust

b)

Mantle

c)

Core

4.

a break in a body of rock

a)

Earthquake

b)

Focus

c)

Epicenter

d)

Fault

5.

movement or tumbling of the ground that is caused by a sudden release of energy when rocks along a fault move

a)

Earthquake

b)

Focus

c)

Epicenter

d)

Fault

6.

the location within earth along a fault at which the first motion of an earthquake occurs.

a)

Earthquake

b)

Focus

c)

Epicenter

d)

Fault

7.

the point on Earth’s surface directly above an earthquake’s starting point

a)

Earthquake

b)

Focus

c)

Epicenter

d)

Fault

8.

An area over a large plume of hot mantle, often forming volcanoes

a)

Mantle convection

b)

Ridge Push

c)

Slab Pull

d)

Hot Spot

9.

Heat at the mantle-core boundary causes heated blues that cause convection in the mantle

a)

Mantle convection

b)

Ridge Push

c)

Slab Pull

d)

Hot Spot

10.

As the lithosphere cools and becomes more dense gravity pushes it down the slope of the oceanic ridge.

a)

Mantle convection

b)

Ridge Push

c)

Slab Pull

d)

Hot Spot

11.

The pulling of dense lithosphere into the mantle.

a)

Mantle convection

b)

Ridge Push

c)

Slab Pull

d)

Hot Spot

12.

the process by which Earth’s magnetic north pole and magnetic south pole switch positions periodically; a change in the direction in which Earth’s magnetic field points

a)

Differentiation

b)

Subduction

c)

Sea-floor spreading

d)

Magnetic Reversal

13.

The processes of a planets formations where high-density materials move toward the center and low density materials toward the surface.

a)

Differentiation

b)

Subduction

c)

Sea-floor spreading

d)

Magnetic Reversal

14.

the process by which one lithospheric plate moves beneath another plate as a result of tectonic forces

a)

Differentiation

b)

Subduction

c)

Sea-floor spreading

d)

Magnetic Reversal

15.

the process by which new oceanic sea floor comes when magma rises to Earth’ surface at mid-ocean ridges and solidifies, as older, existing sea floor moves away from the ridge

a)

Differentiation

b)

Subduction

c)

Sea-floor spreading

d)

Magnetic Reversal

16.

the edge between two or more tectonic plates

a)

Theory of Plate Tectonics

b)

Tectonic plate

c)

Tectonic plate boundary

17.

Earth’s surface is made up of giant moving slabs called tectonic plates

a)

Theory of Plate Tectonics

b)

Tectonic plate

c)

Tectonic plate boundary

18.

a piece of Earth’s lithosphere

a)

Theory of Plate Tectonics

b)

Tectonic plate

c)

Tectonic plate boundary

19.

the bending, tilting, and breaking of rock

a)

Seismic waves

b)

Deformation

c)

Seismographs

d)

Elastic Rebound

20.

the sudden return of elastically deformed rock to its undeformed shape

a)

Seismic waves

b)

Deformation

c)

Seismographs

d)

Elastic Rebound

21.

A wave of energy that travels through each and away from an earthquake in all directions

a)

Seismic waves

b)

Deformation

c)

Seismographs

d)

Elastic Rebound

22.

a scientific instrument used to collect and record seismic-wave data

a)

Seismic waves

b)

Deformation

c)

Seismographs

d)

Elastic Rebound

23.
Which of the following is where one plate slides under another plate?
a)
submarine zone
b)
divergence zone
c)
subduction zone
d)
lower zone
24.
Associated with transform boundaries.
a)
Volcanoes
b)
mountains
c)
trenches
d)
earthquakes
25.
What happens to temperature as you go deeper in the Earth?
a)
decreases
b)
increases
c)
fluctuates
d)
remains the same
26.

Name the boundary

a)

convergent boundary

b)

divergent boundary

c)

transform boundary

27.

Name the boundary

a)

convergent boundary

b)

divergent boundary

c)

transform boundary

28.
Which type of crust is more dense and thinner?
a)
Continental
b)
Asthenosphere
c)
Oceanic
d)
Byers
29.
Why was Alfred Wegner's theory of Continental Drift not immediately accepted by scientists?
a)
there was no mechanism to explain how Continental Drift happened.
b)
The theory of Continental Drift was immediately accepted by the scientific community.
c)
there was no evidence to support his theory.
d)
Scientists did not think it was possible for the Continents to move.
30.

What layer of earth is Mario in based on its properties

a)

Inner Core

b)

Outer Core

c)

Mesosphere

d)

Lithosphere

e)

Asthenosphere

31.

What layer of earth is Mario in based on its properties

a)

Inner Core

b)

Outer Core

c)

Mesosphere

d)

Lithosphere

e)

Asthenosphere

32.

What layer of earth is Mario in based on its properties

a)

Inner Core

b)

Outer Core

c)

Mesosphere

d)

Lithosphere

e)

Asthenosphere

33.

What layer of earth is Mario in based on its properties

a)

Inner Core

b)

Outer Core

c)

Mesosphere

d)

Lithosphere

e)

Asthenosphere

34.

What layer of earth is Mario in based on its properties

a)

Inner Core

b)

Outer Core

c)

Mesosphere

d)

Lithosphere

e)

Asthenosphere

35.

What layer of earth is Mario in based on its composition

a)

Core

b)

Crust

c)

Mantle

36.

What layer of earth is Mario in based on its composition

a)

Core

b)

Crust

c)

Mantle

37.

What layer of earth is Mario in based on its composition

a)

Core

b)

Crust

c)

Mantle

38.

What type of deformation squeezes materials

a)

Compression

b)

Tension

c)

Shear Stress

39.

What type of deformation stretches materials

a)

Compression

b)

Tension

c)

Shear Stress

40.

What type of deformation twist materials

a)

Compression

b)

Tension

c)

Shear Stress

41.

The seismic wave that travels through solids, liquids, and gasses

a)

S-Waves

b)

P-Waves

42.

The seismic wave that travels through only solids

a)

S-Waves

b)

P-Waves

43.

The faster seismic wave

a)

S-Waves

b)

P-Waves

44.

The slower seismic wave

a)

S-Waves

b)

P-Waves

45.

What image displays a reverse fault

a)
b)
c)
d)
46.

What image displays a normal fault

a)
b)
c)
d)
47.

What image displays a strike-slip fault

a)
b)
c)
d)
48.

Name the boundary

a)

convergent boundary

b)

divergent boundary

c)

transform boundary

49.

The trace or remains of an organism that lived long ago

a)

Fossils

b)

Trace fossil

c)

Fossil Record

d)

Index fossil

50.

A fossilized structure of animal activity

a)

Fossils

b)

Trace fossil

c)

Fossil Record

d)

Index fossil

51.

The history of life in the geologic past as indicated by the traces or remains of living things

a)

Fossils

b)

Trace fossil

c)

Fossil Record

d)

Index fossil

52.

fossils that are used to estimate the absolute age of the rock layers in which they are found

a)

Fossils

b)

Trace fossil

c)

Fossil Record

d)

Index fossil

53.

Check ALL that apply:


Which of the following features does a good index fossil need?

a)

Lived during a short or specific geologic time

b)

Commonly found

c)

Found over large areas

d)

Distinct features

e)

From the Phanerozoic time period

54.

Which of the following is NOT an example of a trace fossil

a)

Fossilized animal tracks

b)

Fossilized animal burrows

c)

Fossilized animal poop

d)

Fossilized animal skull

55.

Which image represents tilting - when Earths forces move rock up or down unevenly

a)
b)
c)
d)
56.

Which image represents folding - the bending of rock that happens when rock layers are squeezed together

a)
b)
c)
d)
57.

Which image represents faults - a break or crack in Earth’s crust where rocks can move

a)
b)
c)
d)
58.

Which image represents intrusion - igneous rock that forms when magma is injected into rock and then cools

a)
b)
c)
d)
59.

a method of determining the absolute age of an object by comparing the relative percentage of parent isotopes and daughter isotopes

a)

Radioactive decay

b)

Isotopes

c)

Radiometric dating

d)

Half-life

60.

the breakdown of a radioactive isotope into a stable isotope of the same element or of another element

a)

Radioactive decay

b)

Isotopes

c)

Radiometric dating

d)

Half-life

61.

the time needed for half of a sample of a radioactive substance to break down by radioactive decay to form a daughter isotope

a)

Radioactive decay

b)

Isotopes

c)

Radiometric dating

d)

Half-life

62.

an atom of the same element that has a different number of neutrons

a)

Radioactive decay

b)

Isotopes

c)

Radiometric dating

d)

Half-life

63.

a break in the geologic record that is made when rock layers are eroded or when sediment is not deposited for a long period of time

a)

Unconformity

b)

Law of crosscutting relationships

c)

Superposition

d)

Geologic column

64.

the principle that younger rocks lie above older rocks if the layers have not been disturbed

a)

Unconformity

b)

Law of crosscutting relationships

c)

Superposition

d)

Geologic column

65.

an ordered arrangement of rock layers that is based on the relative ages of the rocks, with the oldest rocks at the bottom of the column

a)

Unconformity

b)

Law of crosscutting relationships

c)

Superposition

d)

Geologic column

66.

if a fault or other body of rock cuts through another body of rock then it must be younger in age than the rock through which it cuts and displaces.

a)

Unconformity

b)

Law of crosscutting relationships

c)

Superposition

d)

Geologic column

67.

determining the actual age of an event or object in years

a)

Catastrophism

b)

Uniformitarianism

c)

Relative dating

d)

Absolute dating

68.

determining whether an object or event is older or younger than other objects or events

a)

Catastrophism

b)

Uniformitarianism

c)

Relative dating

d)

Absolute dating

69.

A principle that geologic changes occur suddenly

a)

Catastrophism

b)

Uniformitarianism

c)

Relative dating

d)

Absolute dating

70.

A principle that geologic processes that occurred in the past can be explained by current geologic processes

a)

Catastrophism

b)

Uniformitarianism

c)

Relative dating

d)

Absolute dating

71.

the weather conditions in an area over a long period of time

a)

Geologic Time Scale

b)

Geology

c)

Climate

d)

fossil

72.

The scientific study of the origin, history, and structure of Earth and the processes that shape Earth

a)

Geologic Time Scale

b)

Geology

c)

Climate

d)

Superposition

73.

divisions of Earth’s history into intervals of time defined by major events or changes on Earth.

a)

Geologic Time Scale

b)

Geology

c)

Climate

d)

Superposition

74.

Which list of the divisions of time in the Geologic Time Scale is in the correct order from largest to smallest.

a)

Eon, Era, Period, Epoch

b)

Period, Eon, Era, Epoch

c)

Era, Eon, Period, Epoch

d)

Eon, Epoch, Era, Period

75.

Which list of Eons is in the correct order from oldest to youngest.

a)

Hadean, Archean, Proterozoic, Phanerozoic

b)

Hadean, Archean, Phanerozoic, Proterozoic

c)

Archean, Hadean, Phanerozoic, Proterozoic

d)

Phanerozoic, Hadean, Proterozoic, Archean

76.

Which list of Eras is in the correct order from oldest to youngest.

a)

Paleozoic, Mesozoic, Cenozoic

b)

Paleozoic, Cenozoic, Mesozoic

c)

Cenozoic, Mesozoic, Paleozoic

d)

Mesozoic, Paleozoic, Cenozoic

77.

A crystal contains a radioactive isotope that has a half-life of 10,000 years. One-fourth of the parent isotope remains in a sample, how old is the sample?

a)

10,000 years

b)

15,000 years

c)

20,000 years

d)

40,000 years

78.

What definition best describes a parent isotope?

a)

a stable isotope formed by the breakdown of a radioactive isotope

b)

A radioactive or unstable isotope

79.

What definition best describes a daughter isotope?

a)

a stable isotope formed by the breakdown of a radioactive isotope

b)

A radioactive or unstable isotope

80.

a)

Rock layer A is older than rock layer B

b)

Rock layer B is older than rock layer A

81.

a)

Intrusion D is older than rock layer C

b)

Rock layer C is older than intrusion D

82.

a)

Intrusion D is younger than fault line E

b)

Fault line E is younger than intrusion D

83.

a)

A is the oldest rock layer in the diagram

b)

B is the oldest rock layer in the diagram

c)

C is the oldest rock layer in the diagram

d)

D is the oldest rock layer in the diagram

84.

Based on the most current radiometric dating data, about how old is Earth?

a)

40 million years old

b)

65.5 billion years old

c)

4.6 billion years old

d)

4.6 million years old

85.

What can scientists learn by studying these ice cores?

a)

history of Earth’s climate

b)

how continents have moved

c)

how new species have evolved

d)

geologic changes, like mountain formations, that have taken place on Earth’s surface

86.

Which of these choices is an example of the way a geologist would use relative dating?

a)

determining the minerals that make up rocks

b)

placing rock layers in order of oldest to youngest

c)

classifying rocks as igneous, sedimentary, or metamorphic

d)

using radioactive isotopes to determine the exact age of rock samples

87.
a)

The beetle would make the best index fossil

b)

The flower would make the best index fossil

c)

The frog would make the best index fossil

d)

The fish would make the best index fossil

88.
a)

Layer B has the youngest fossils

b)

Layer C has the youngest fossils

c)

Layer D has the youngest fossils

d)

Layer E has the youngest fossils

e)

Layer F has the youngest fossils

89.

If you found an index fossil in a layer of rock in Montana and a similar fossil in a layer of rock in Texas, you would know that:

a)

the fossils and rock layers are the same age

b)

the fossils from Montana are older

c)

the fossils from Texas are older

d)

none of the above

90.

mya stands for...

a)

million years ago

b)

million young ages

c)

many yiddish apes

d)

monkies yodeling adjectives

91.

bya stands for

a)

billion years ago

b)

billion yearly ages

c)

billion yellow apricots

d)

being young again

92.

Molecule contains the information that determines the traits that a living thing inherits.

a)

DNA

b)

Chromosome

c)

Crossing Over

d)

Homologous Chromosome

93.

in a eukaryote cell, one of the structures in the nucleus that are made up of DNA and protein

a)

DNA

b)

Chromosome

c)

Crossing Over

d)

Homologous Chromosome

94.

when genetic material in homologous chromosomes are swapped during meiosis

a)

DNA

b)

Chromosome

c)

Crossing Over

d)

Homologous Chromosome

95.

chromosomes that have the same sequence of genes and the same structure

a)

DNA

b)

Chromosome

c)

Crossing Over

d)

Homologous Chromosome

96.

When a cell is growing and carrying its regular task with no signs of dividing.

a)

Interphase

b)

Mitosis

c)

Meiosis

d)

Cytokinesis

97.

In eukaryote cells, a process of cell division that forms two new nuclei, each of which has the same number of chromosomes

a)

Interphase

b)

Mitosis

c)

Meiosis

d)

Cytokinesis

98.

the type of cell division that produces four haploid cells, such as egg and sperm cells.

a)

Interphase

b)

Mitosis

c)

Meiosis

d)

Cytokinesis

99.

the division of the cytoplasm of a cell

a)

Interphase

b)

Mitosis

c)

Meiosis

d)

Cytokinesis

100.

cells that contain complete sets of chromosomes

a)

Diploid Cells

b)

Haploids Cells

c)

Gametes Cells

d)

Cell Cycle

101.

cells that contain half a set of chromosomes

a)

Diploid Cells

b)

Haploids Cells

c)

Gametes Cells

d)

Cell Cycle

102.

sex cells, a type of haploid cell

a)

Diploid Cells

b)

Haploids Cells

c)

Gametes Cells

d)

Cell Cycle

103.

The life of a eukaryote cell

a)

Diploid Cells

b)

Haploids Cells

c)

Gametes Cells

d)

Cell Cycle

104.

organisms whose cells have a nucleus

a)

Eukaryote

b)

Parent

c)

Offspring

105.

the organism that produces the new organism through reproduction

a)

Eukaryote

b)

Parent

c)

Offspring

106.

a new organism created through reproduction

a)

Eukaryote

b)

Parent

c)

Offspring

107.

reproduction that does not involve the union of sex cells and in which one parent produces offspring that are genetically identical to the parent

a)

Asexual Reproduction

b)

Sexual Reproduction

c)

Fertilization

d)

Zygote

108.

reproduction in which the sex cells from two parents unite to produce offspring that share traits from both parents

a)

Asexual Reproduction

b)

Sexual Reproduction

c)

Fertilization

d)

Zygote

109.

when a sperm cell and an egg cell join together

a)

Asexual Reproduction

b)

Sexual Reproduction

c)

Fertilization

d)

Zygote

110.

the new cell that if formed by fertilization

a)

Asexual Reproduction

b)

Sexual Reproduction

c)

Fertilization

d)

Zygote

111.

segments of DNA found in chromosomes that give instructions for producing certain characteristics.

a)

Genes

b)

Alleles

c)

Genotype

d)

Phenotype

112.

the different versions of a gene

a)

Genes

b)

Alleles

c)

Genotype

d)

Phenotype

113.

the combinations of alleles inherited by your parents

a)

Genes

b)

Alleles

c)

Genotype

d)

Phenotype

114.

an organism’s observable traits

a)

Genes

b)

Alleles

c)

Genotype

d)

Phenotype

115.

a trait visible when at least one copies are present

a)

Dominant allele

b)

Recessive allele

c)

Homozygous

d)

Heterozygous

116.

a trait visible when two copies are present

a)

Dominant allele

b)

Recessive allele

c)

Homozygous

d)

Heterozygous

117.

an organism with two dominant or two recessive alleles

a)

Dominant allele

b)

Recessive allele

c)

Homozygous

d)

Heterozygous

118.

an organism that has one dominant and one recessive allele

a)

Dominant allele

b)

Recessive allele

c)

Homozygous

d)

Heterozygous

119.

the passing of genetic material from parents to offspring

a)

Heredity

b)

Complete dominance

c)

Incomplete dominance

d)

Codominance

120.

one trait is seen in the organism

a)

Heredity

b)

Complete dominance

c)

Incomplete dominance

d)

Codominance

121.

a mixture of the traits are seen in the organism

a)

Heredity

b)

Complete dominance

c)

Incomplete dominance

d)

Codominance

122.

both traits are seen in the organism at the same time

a)

Heredity

b)

Complete dominance

c)

Incomplete dominance

d)

Codominance

123.

A graphic used to predict the possible genotypes of offspring of two parents

a)

Punnett Squares

b)

Probability

c)

Pedigree

d)

Carrier

124.

the mathematical chance of a specific outcome in relation to the total number of possible outcomes

a)

Punnett Squares

b)

Probability

c)

Pedigree

d)

Carrier

125.

a diagram that shows the occurrence of a genetic trait in several generations of a family

a)

Punnett Squares

b)

Probability

c)

Pedigree

d)

Carrier

126.

someone who carries and can pass on a trait but does not display it on their own

a)

Punnett Squares

b)

Probability

c)

Pedigree

d)

Carrier

127.

Which is step #1 of the cell cycle

a)

interphase

b)

prophase

c)

anaphase

d)

cytokinesis

128.

Which is step #2 of the cell cycle

a)

interphase

b)

prophase

c)

anaphase

d)

metaphase

129.

Which is step #3 of the cell cycle

a)

telophase

b)

prophase

c)

anaphase

d)

metaphase

130.

Which is step #4 of the cell cycle

a)

telophase

b)

prophase

c)

anaphase

d)

metaphase

131.

Which is step #5 of the cell cycle

a)

telophase

b)

prophase

c)

anaphase

d)

metaphase

132.

Which is step #6 of the cell cycle

a)

interphase

b)

prophase

c)

anaphase

d)

cytokinesis

133.

Fill in the Yellow Box

a)

Bb

b)

BB

c)

bb

134.

Fill in the Yellow Box

a)

AA

b)

Aa

c)

aa

135.
How many generations are shown in this pedigree?
a)
1
b)
2
c)
3
d)
4
136.
What does a filled in square represent?
a)
Not affected Female
b)
Not affected Male
c)
Affected Male
d)
Affected Female
137.
In the second generation-how many people are carriers of the trait?
a)
2
b)
3
c)
5
d)
6
138.
How many people in this whole pedigree have the trait/disease?
a)
2
b)
3
c)
4
d)
6
139.

What type of cellular division would result in 4 new cells?

a)

Meiosis

b)

Mitosis

140.

Sexual reproduction is the purpose for what type of cellular division?

a)

Meiosis

b)

Mitosis

141.

Asexual reproduction, growth, and repair is the purpose for what type of cellular division?

a)

Meiosis

b)

Mitosis

142.

What type of cell division results in unique cells?

a)

Meiosis

b)

Mitosis

143.

What type of cell division results in identical cells?

a)

Meiosis

b)

Mitosis

144.

What type of cellular division would result in 2 new cells?

a)

Meiosis

b)

Mitosis

145.

The practice by which humans select plants or animals for breeding based on desired traits

a)

Artificial Selection

b)

Natural Selection

c)

Evolution

d)

Extinction

146.

The process by which organisms that inherit advantageous traits tend to reproduce more successfully than other organisms do

a)

Artificial Selection

b)

Natural Selection

c)

Extinction

d)

Evolution

147.

reproducing more offspring than the environment can support

a)

Overproduction

b)

Genetic Variations

c)

Mutations

d)

Adaptation

148.

slight differences within traits within individuals of a population

a)

Overproduction

b)

Genetic Variations

c)

Mutations

d)

Adaptation

149.

a change in the genetic material

a)

Overproduction

b)

Genetic Variations

c)

Mutations

d)

Adaptation

150.

An inherited trait that improves an individuals ability to survive and reproduce in a particular environment

a)

Overproduction

b)

Genetic Variations

c)

Mutations

d)

Adaptation

151.

the process by which populations change over time

a)

Artificial Selection

b)

Natural Selection

c)

Evolution

d)

Extinction

152.

when all members of a species die

a)

Artificial Selection

b)

Natural Selection

c)

Evolution

d)

Extinction

153.

structure in an organism that has lost some or all of its original function in the course of evolution

a)

Common structures

b)

Similar DNA

c)

Developmental Similarities

d)

Vestigial Structures

154.

related organisms will develop in a similar way

a)

Common structures

b)

Similar DNA

c)

Developmental Similarities

d)

Vestigial Structures

155.

related organisms will have similar strings of amino acids

a)

Common structures

b)

Similar DNA

c)

Developmental Similarities

d)

Vestigial Structures

156.

related organisms share structural traits

a)

Common structures

b)

Similar DNA

c)

Developmental Similarities

d)

Vestigial Structures

157.

the most recent species from which two different species have evolved

a)

Common ancestor

b)

Transitional fossils

c)

Fossil Record

d)

Fossils

158.

fossils that fill in the evolutionary gaps between two organisms

a)

Common ancestor

b)

Transitional fossils

c)

Fossil Record

d)

Fossils