(All Chapters) Test Bank for Essentials of Biological Anthropology 4th Edition by Larsen/ CHAPTER 02: Evolution: Constructing a Fundamental Scientific
... [Show More] Theory
MULTIPLE CHOICE
1. Adaptive radiation occurs when:
a. one species gives rise to multiple closely related species.
b. several species adapt to one environment.
c. species adapt to environments with high radiation levels.
d. an individual adapts to varying environments.
ANS: A
DIF: Easy
OBJ: Explain Darwin's main contribution(s) to the theory of evolution
TOP: Evolution: constructing a fundamental scientific theory MSC: Remembering
2. Charles Darwin’s book On the Origin of Species (1859) was considered an important contribution to
modern science because it:
a. coined the concept of evolution.
b. synthesized information from diverse scientific fields in order to document evolutionary
change.
c. was immediately and widely accepted by the scientific community as the mechanism for
evolutionary change.
d. proposed the use of the scientific method for the first time.
ANS: B
DIF: Moderate
OBJ: Explain Darwin's main contribution(s) to the theory of evolution
TOP: What was Darwin’s contribution to the theory of evolution?
MSC: Remembering
3. Uniformitarianism is the theory that:
a. the earth is very old, based on geologic evidence from stratigraphic layers in Scotland.
b. the natural processes operating today are the same as the natural processes that operated in
the past.
c. the uniformity of species is derived from the common ancestor of all species.
d. processes such as earthquakes are evidence supporting catastrophism as proposed by
Lamarck.
ANS: B
DIF: Moderate
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: Geology: reconstructing Earth’s dynamic history
MSC: Remembering
4. Why is the work of Alfred Russell Wallace considered when discussing the theory of evolution?
a. He was an English naturalist who had arrived at many of the same conclusions as Darwin
through his own research.
b. His work is not considered, as he was mistakenly credited with the theory of natural
selection.
c. He was a British dog breeder who worked on artificial selection experiments in the same
way Mendel worked on sweet peas to determine inheritance.
d. He was the most prominent scientist of the time who opposed Darwin’s work on evolution.
ANS: A
DIF: Easy
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: Darwin’s contemporaries and competition: Wallace MSC: Understanding
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5. The relevance of the theory of uniformitarianism is that it:
a. supports the theory of catastrophism.
b. proves that changes to the earth were caused by cataclysmic events like earthquakes and
floods.
c. allowed the understanding of evidence of change in the geological past by understanding
what we see in the present day.
d. demonstrates that the earth is 4.4 billion years old, based on geologic evidence from
stratigraphic layers.
ANS: C
DIF: Moderate
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: Geology: reconstructing Earth’s dynamic history
MSC: Understanding
6. Thomas Malthus’s contribution to natural selection is the:
a. binomial taxonomic system of naming species.
b. theory that the earth’s old age is based on geologic evidence resulting from cataclysmic
events.
c. observation that an abundance of food would allow a population to increase geometrically
and indefinitely, but there simply is not enough food, so populations are limited by food
supply.
d. theory that environmental resources increase to population pressures.
ANS: C
DIF: Moderate
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: Demography: influences on population size and competition for limited resources
MSC: Remembering
7. Darwinian evolution proposes that:
a. species adapt and change over time based on the environment.
b. an individual can change within its own lifetime.
c. species adapt based on individual goals.
d. individuals determine their own biological adaptations.
ANS: A
DIF: Moderate
OBJ: Explain Darwin's main contribution(s) to the theory of evolution
TOP: Evolution: constructing a fundamental scientific theory MSC: Understanding
8. James Hutton is associated primarily with:
a. adaptation.
c. uniformitarianism.
b. catastrophism.
d. principles of heredity.
ANS: C
DIF: Easy
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: The theory of evolution: the context for Darwin
MSC: Remembering
9. Darwin drew on information from the following five scientific disciplines:
a. geology, physical anthropology, taxonomy and systematics, demography, and evolutionary
biology.
b. geology, paleontology, taxonomy and systematics, geography, and evolutionary biology.
c. geology, paleontology, taxonomy and systematics, demography, and biology.
d. geology, paleontology, taxonomy and systematics, demography, and evolutionary biology.
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ANS: D
DIF: Moderate
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: The theory of evolution: the context for Darwin
MSC: Remembering
10. According to Darwin, natural selection operates at the level of:
a. individuals.
c. populations.
b. genes.
d. species.
ANS: A
DIF: Easy
OBJ: Explain Darwin's main contribution(s) to the theory of evolution
TOP: Darwin’s natural selection theory as primary mechanism of evolution
MSC: Understanding
11. The English demographer whose work on population growth greatly influenced Darwin’s thinking on
population adaptation was:
a. Jean-Baptiste de Lamarck.
c. Thomas Malthus.
b. Georges Cuvier.
d. Charles Lyell.
ANS: C
DIF: Easy
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: Demography: influences on population size and competition for limited resources
MSC: Remembering
12. How was Darwin influenced by Thomas Malthus’s work on population growth?
a. Darwin was interested in Malthus’s examination of population changes in pea plants.
b. Darwin was influenced by Malthus’s work on demography and population responses to
food availability.
c. Darwin liked the concept of Latin taxonomic classification as it pertained to human groups.
d. Darwin was greatly influenced by research on acquired characteristics.
ANS: B
DIF: Moderate
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: Demography: influences on population size and competition for limited resources
MSC: Understanding
13. How did Lamarck contribute to the theory of evolution?
a. He discovered genetic mutation through experiments with pea plants.
b. He proposed the concept of natural selection after his voyage to the Galapagos Islands and
his study of finches.
c. He proposed the first serious model of how traits are passed on from parent to offspring
through inheritance of acquired characteristics, though that idea turned out to be incorrect.
d. He proposed a concept known today as gene flow.
ANS: C
DIF: Easy
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: Evolutionary biology: explaining the transformation of earlier life-forms into later life-forms
MSC: Understanding
14. The English scientist who independently co-discovered the theory of natural selection was:
a. Charles Lyell.
c. Alfred Russell Wallace.
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b. Jean-Baptiste de Lamarck.
d. Carolus Linnaeus.
ANS: C
DIF: Easy
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: The theory of evolution: Darwin’s contribution
MSC: Remembering
15. Cuvier, Lamarck, and Erasmus Darwin all shared an idea of evolution; however, their ideas all lacked:
a. the longevity necessary for evolution to take place.
b. a basic understanding of inheritance.
c. an understanding of variation.
d. a mechanism for evolutionary change.
ANS: D
DIF: Moderate
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: Evolutionary biology: explaining the transformation of earlier life-forms into later life-forms
MSC: Understanding
16. The advantageous “attributes” to which Darwin refers are now known as:
a. traits.
c. alleles.
b. genes.
d. chromosomes.
ANS: A
DIF: Moderate
OBJ: Explain the role of Mendelian inheritance in the evolutionary synthesis
TOP: The theory of evolution: Darwin’s contribution
MSC: Remembering
17. Evolutionary synthesis is:
a. the concept of evolution through natural selection.
b. a unified theory of evolution that combines genetics with natural selection.
c. a combination of the inheritance of acquired characteristics and natural selection.
d. the combination of the theory of evolution and Linnaean taxonomy.
ANS: B
DIF: Moderate
OBJ: Explain the role of Mendelian inheritance in the evolutionary synthesis
TOP: The evolutionary synthesis, the study of populations, and the causes of evolution
MSC: Remembering
18. Which of the following is NOT a cause of evolution in a population?
a. inheritance of acquired traits
c. gene flow
b. mutation
d. genetic drift
ANS: A
DIF: Easy
OBJ: Define each of the four forces of evolution and provide examples for them
TOP: Evolutionary forces and synthesis MSC: Remembering
19. The forces of evolution include:
a. gene flow, mutations, chromosomes, and genes.
b. mutations, genes, and genetic drift.
c. natural selection, gene flow, genetic drift, and mutations.
d. natural selection, genes, alleles, and chromosomes.
ANS: C
DIF: Moderate
OBJ: Define each of the four forces of evolution and provide examples for them
TOP: The evolutionary synthesis, the study of populations, and the causes of evolution
MSC: Understanding
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20. Without the work of x-ray crystallographer _______, DNA might not have been discovered for some
time longer than it was.
a. James Watson
c. Thomas Malthus
b. Francis Crick
d. Rosalind Franklin
ANS: D
DIF: Moderate
OBJ: Explain how the discovery of DNA revolutionized the understanding of evolution
TOP: The evolutionary synthesis, the study of populations, and the causes of evolution
MSC: Remembering
21. Mendel’s plant experiments demonstrated that:
a. traits inherited from each parent blended together in the offspring.
b. DNA was the molecule carrying the genetic code.
c. peas were a poor choice for understanding basic hereditary principles.
d. traits are passed on from parent to offspring as discrete units.
ANS: D
DIF: Easy
OBJ: Define the concept of Mendelian inheritance
TOP: Mendel’s discovery of principles of inheritance
MSC: Understanding
22. The geneticist who studied the workings of fruit flies’ chromosomes was:
a. Charles Darwin.
c. Thomas Hunt Morgan.
b. Gregor Mendel.
d. Thomas Huxley.
ANS: C
DIF: Easy
OBJ: Explain how the discovery of DNA revolutionized the understanding of evolution
TOP: Discovery of chromosomes
MSC: Remembering
23. The scientist who coined the name Homo sapiens for human beings and placed them in a higher
taxonomic group (primates) was:
a. Charles Darwin.
c. Carolus Linnaeus.
b. Georges Cuvier.
d. Robert Hooke.
ANS: C
DIF: Easy
OBJ: Isolate humans’ place in Linnaean taxonomy
TOP: The theory of evolution: the context for Darwin
MSC: Remembering
24. The individual genotypes in a breeding population, taken as a whole, are the:
a. gene pool.
c. phenotype.
b. DNA.
d. polygene.
ANS: A
DIF: Easy
OBJ: Explain how the discovery of DNA revolutionized the understanding of evolution
TOP: Evolutionary forces and synthesis MSC: Remembering
25. Fossils represent the remains of once-living:
a. extant species that tell the story of human origins.
b. extinct organisms that provide a record of the history of life on the planet.
c. plants that provide proof of catastrophism.
d. organisms that demonstrate the age of the earth through the process of uniformitarianism.
ANS: B
DIF: Easy
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: Answering the big questions: How did the theory of evolution come to be?
MSC: Remembering
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26. What were the three key observations made by Darwin that allowed him to deduce that natural
selection is a primary driver of evolution?
a. Species change and adapt based on environmental pressure, individuals change within their
lifetime, and offspring inherit the changes.
b. Genetic drift, gene flow, and mutations provide the change necessary in populations that
affect future generations.
c. Organisms produce more offspring than survive, variation exists among members of
populations, and advantageous variations increase in relative frequency over time.
d. The number of adults tends to remain the same over time, individuals vary very little over
time, and natural selection works on only the best of those adults in each generation.
ANS: C
DIF: Difficult
OBJ: Explain Darwin's main contribution(s) to the theory of evolution
TOP: What was Darwin’s contribution to the theory of evolution?
MSC: Understanding
27. The scientist whose work provided the foundation for later understandings of genetics was:
a. John Ray.
c. Charles Darwin.
b. Gregor Mendel.
d. Robert Hooke.
ANS: B
DIF: Easy
OBJ: Explain the role of Mendelian inheritance in the evolutionary synthesis
TOP: Mechanisms of inheritance
MSC: Remembering
28. Thomas Hunt Morgan:
a. demonstrated that chromosomes carry genetic material in the form of genes.
b. studied mutations in Homo sapiens.
c. thought change was gradual and occurred over long time periods.
d. proposed the theory of inheritance of acquired characteristics.
ANS: A
DIF: Easy
OBJ: Explain the role of Mendelian inheritance in the evolutionary synthesis
TOP: Mechanisms of inheritance
MSC: Remembering
29. Darwin observed that adaptations:
a. resulted from supernatural forces.
b. did not vary among Galápagos finches living in different habitats.
c. were physical traits that enhanced survival and reproduction.
d. were peripheral to evolutionary change.
ANS: C
DIF: Moderate
OBJ: Explain Darwin's main contribution(s) to the theory of evolution
TOP: Evolution: constructing a fundamental scientific theory MSC: Remembering
30. In your textbook, the lower frequency of sickle-cell anemia among present-day Americans of West
African ancestry as compared to people living in West Africa blacks is attributed to:
a. genetic drift.
c. new mutations.
b. gene flow.
d. none of the above
ANS: B
DIF: Moderate
OBJ: Define each of the four forces of evolution and provide examples for them
TOP: The evolutionary synthesis, the study of populations, and the causes of evolution
MSC: Remembering
31. Why are Darwin’s finches considered good examples of natural selection?
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a. They are found on every continent.
b. They originated in North America, according to fossil evidence.
c. They embody the idea of descent with modification.
d. They did not differ between populations.
ANS: C
DIF: Moderate
OBJ: Explain Darwin's main contribution(s) to the theory of evolution
TOP: Evolution: constructing a fundamental scientific theory MSC: Understanding
32. Linnaeus’s taxonomic system is referred to as a “hierarchy” because:
a. each species has a “higher level” genus and “lower level” species, and are placed within
additional higher level categories.
b. species are placed in a ranked list called the “Great Chain of Being.”
c. humans are considered the most evolved species.
d. naming species officially requires approval of an appointed board of high-level experts.
ANS: A
DIF: Easy
OBJ: Define the concept of Linnaean taxonomy
TOP: Taxonomy and systematics
MSC: Remembering
33. Gene flow differs from genetic drift because it is the:
a. random change in the frequency of alleles.
b. random change in a gene or chromosome.
c. guiding force of evolution.
d. spread of new genetic material from one gene pool to another.
ANS: D
DIF: Moderate
OBJ: Define each of the four forces of evolution and provide examples for them
TOP: The evolutionary synthesis, the study of populations, and the causes of evolution
MSC: Understanding
34. What are the classification levels of humans from order to species?
a. Chordata, Mammalia, Haplorhini, Hominoidea, Homo, and sapiens
b. Primates, Haplorhini, Anthropoidea, Catarrhini, Hominoidea, Hominidea, Homininae,
Hominine, Homo, and sapiens
c. Primates, Strepsirhini, Catarrhini, Hominoidea, Hominidea, Homo, and sapiens
d. Mammalia, Platyrrhini, Hominioidea, Hominidae, Homo, and sapiens
ANS: B
DIF: Moderate OBJ: Isolate humans’ place in Linnaean taxonomy
TOP: Figure 2.10, The place of humans in Linnaeus’s taxonomy
MSC: Applying
35. James Hutton:
a. extensively studied fossils.
b. revealed that fossils would provide the history of past life.
c. created the first scientific classification of plants and animals.
d. provided geologic evidence necessary for calculating the time span of evolution.
ANS: D
DIF: Easy
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: Concept check
MSC: Remembering
ESSAY
1. Discuss four key individuals who helped Darwin formulate the theory of natural selection.
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ANS:
Hutton, Lyell, Malthus, Linnaeus, Lamarck, Ray, Erasmus Darwin, and Cuvier could all be included
for the discussion to be correct. Their contributions should also be correctly identified to receive full
credit.
DIF: Difficult
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: Concept check
MSC: Analyzing
2. Why was Darwin’s 1859 published theory of natural selection not widely accepted by his peers? What
later scientific advance was critical to the subsequent broad acceptance of natural selection as a major
force in evolutionary change?
ANS:
Darwin’s theory lacked a mechanism for the inheritance of desirable characteristics. Gregor Mendel
discovered the principles of inheritance—that is, the basis for understanding how traits are transmitted
from parent to offspring. Mendel’s discovery that traits are passed as discrete units (genes) laid the
foundation for our understanding of chromosomes and of population genetics.
DIF: Difficult OBJ: Explain the role of Mendelian inheritance in the evolutionary synthesis
TOP: Mechanisms of inheritance
MSC: Analyzing
3. What are some of the important scientific discoveries that laid the groundwork for Darwin’s theory of
evolution?
ANS:
Scientists working in geology, paleontology, taxonomy and systematics, demography, and what is now
evolutionary biology had shown that the earth is old and has changed over its history; that fossils
represent remains of once-living, sometimes extinct organisms and provide a record of the history of
life; that life evolves over time; that groups of related species provide insight into evolutionary history;
and that the number of adults in a population tends to remain the same over time.
DIF: Difficult
OBJ: Define the five major scientific disciplines from which Darwin drew to create his theory of
evolution and explain the principles in each that contributed to his ideas
TOP: The theory of evolution: the context for Darwin
MSC: Remembering
4. What is the significance for evolutionary theory of Darwin’s analysis of the Galápagos finches?
Provide at least one example in your answer.
ANS:
The diversity of the various finch populations lent support to the idea that over time natural selection
could transform a single common ancestral form into a variety of descendant species. This
phenomenon is referred to as adaptive radiation. Each descendant species had adapted to its particular
habitat; for example, the ground finch had evolved a more robust beak to accommodate a diet
including hard objects such as seeds.
DIF: Difficult
OBJ: Understand the importance of Darwin’s voyage around the world to the development of the
theory of evolution TOP: What was Darwin’s contribution to the theory of evolution?
MSC: Analyzing
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5. Discuss the forces of evolution and their role in evolution.
ANS:
Natural selection, gene flow, genetic drift, and mutations are all acceptable answers.
DIF: Moderate
OBJ: Define each of the four forces of evolution and provide examples for them
TOP: Evolution: constructing a fundamental scientific theory MSC: Analyzing
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CHAPTER 03: Genetics: Reproducing Life and Producing Variation
MULTIPLE CHOICE
1. Somatic cells include all of the following EXCEPT:
a. lung cells.
c. skin cells.
b. gametes.
d. neurons.
ANS: B
DIF: Easy
OBJ: Explain the difference between the two types of eukaryotic cells
TOP: The cell MSC: Remembering
2. Prokaryotes first appeared:
a. 10,000 years ago.
c. 3.5 bya.
b. 1 mya.
d. 65 mya.
ANS: C
DIF: Easy
OBJ: Describe the major parts of a cell and the function of the organelles
TOP: The cell MSC: Remembering
3. _______ DNA is heteroplasmic, meaning it can differ among different parts of a person’s body.
a. Nuclear
c. Ribosomal
b. All
d. Mitochondrial
ANS: D
DIF: Easy
OBJ: Explain what mtDNA is and why it is important in research about both modern and ancient
humans
TOP: The DNA molecule
MSC: Remembering
4. Nucleotide bases in nuclear DNA include all of the following EXCEPT:
a. thymine.
c. uracil.
b. adenine.
d. cytosine.
ANS: C
DIF: Easy
OBJ: Identify the four nitrogen bases of DNA and explain how they combine
TOP: DNA: the blueprint of life
MSC: Remembering
5. The following are complementary bases in DNA:
a. adenine and thymine.
c. guanine and thymine.
b. adenine and cytosine.
d. guanine and uracil.
ANS: A
DIF: Easy
OBJ: Identify the four nitrogen bases of DNA and explain how they combine
TOP: The DNA molecule
MSC: Remembering
6. DNA replication produces:
a. four identical daughter cells.
c. two single strands of DNA.
b. two identical copies of itself.
d. four single strands of DNA.
ANS: B
DIF: Easy
OBJ: Explain how DNA reproduces itself
TOP: The DNA molecule
MSC: Remembering
7. In mammals, the male parent’s gametes determine the sex of his offspring because:
a. the X chromosome originates only from females.
b. sperm are more powerful than eggs.
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c. the Y chromosome is present in males only.
d. the X chromosome determines sex.
ANS: C
DIF: Moderate OBJ: Describe the human karyotype
TOP: The cell: its role in reproducing life and producing variation
MSC: Remembering
8. Gametes are:
a. diploid.
c. produced during mitosis.
b. haploid.
d. somatic.
ANS: B
DIF: Easy
OBJ: Describe and/or draw the process of meiosis
TOP: The cell: its role in reproducing life and producing variation
MSC: Remembering
9. Haplotypes are:
a. not likely to recombine during crossovers.
b. likely to recombine during crossovers.
c. genes that code for similar things.
d. genetic material that come from one parent only.
ANS: A
DIF: Moderate OBJ: Describe and/or draw the process of meiosis
TOP: Meiosis: production of gametes MSC: Remembering
10. Down syndrome can occur:
a. as a result of translocation during mitosis.
b. because of nondisjunction, which yields an extra chromosome.
c. most frequently in the offspring of women under the age of 40.
d. most frequently in the offspring of men under the age of 40.
ANS: B
DIF: Moderate
OBJ: Describe and/or draw the process of meiosis | Describe the human karyotype
TOP: Meiosis: production of gametes MSC: Remembering
11. In his work on pea plants, Mendel found that plant height was inherited independently of the type or
color of the seed coat. This finding:
a. applies only to genes on the same chromosome.
b. demonstrates the law of independent assortment.
c. explains gene linkage.
d. explains inheritance only in simple organisms.
ANS: B
DIF: Moderate
OBJ: Define Mendel’s law of segregation and law of independent assortment and explain their
importance to the study of genetics
TOP: Polymorphisms: variations in specific genes
MSC: Remembering
12. DNA is important for protein synthesis because it:
a. is the biological code for the production of hormones and enzymes.
b. serves as a template to which amino acids are attached in protein production.
c. provides the code to produce proteins.
d. transfers information from RNA to proteins.
ANS: D
DIF: Easy
OBJ: Describe the process of protein synthesis and the roles that DNA and RNA play
TOP: Producing proteins: the other function of DNA
MSC: Remembering
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