1. The size of a genome?
a.Influences that rate of mutations
b.Is larger the more complex an organism is
c.Is the term used to describe all of the DNA of an organism
d.Is the term used to describe all of the geneâs in an organism
2. When looking at essential proteins that are conserved amongst different species
a. The only thing to look at is DNA sequence
b. The only thing to look at is a protein sequence
c. Often the sequences are different but the structures are very similar
. d. Sequence alignments will tell you very little
3. Molecular Evolution
a.Looks at the sequences of DNA and RNA
b.Is not concerned with the structure of a protein
c.Uses molecular evolution to explain the molecular basis of biological diversity
d.All of the above
e.None of the above
1. The size of a genome?
a.Influences that rate of mutations
b.Is larger the more complex an organism is
c.Is the term used to describe all of the DNA of an organism
d.Is the term used to describe all of the geneâs in an organism
2. When looking at essential proteins that are conserved amongst different species
a. | The only thing to look at is DNA sequence | ||||||||||||||
b. | The only thing to look at is a protein sequence | ||||||||||||||
c. | Often the sequences are different but the structures are very similar | ||||||||||||||
. | d. Sequence alignments will tell you very little 3. Molecular Evolution
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Related textbook solutions
Related questions
1. Which of the follow are traits that can be used to make a phylogenetic tree?
a)The bone structure differences between species
b)Similarities in how organs develop between species
c) Based on the differences of the organs found in each species
d)All of the above
E) None of the above
2. Two traits are homologous if:
a)They are what is used to differentiate two population
b)Required for random mating
Any feature that is shared by two or more species |
d)All of the above
3. When looking at essential proteins that are conserved amongst different species
a)The only thing to look at is DNA sequence | ||
b)The only thing to look at is a protein sequence | ||
c) | Often the sequences are different but the structures are very similar | |
4 | d)Sequence alignments will tell you very little |