Question
Which statement is true?(1 point)
Responses
Analyzing the DNA of a parent and its offspring is the best way to understand evolutionary relationships.
Analyzing the DNA of a parent and its offspring is the best way to understand evolutionary relationships. - no response given
If two species share an identical gene, it is because they inherited the gene from a common ancestor.
If two species share an identical gene, it is because they inherited the gene from a common ancestor. - no response given
Analyzing the DNA of a population is the best way to understand evolutionary relationships.
Analyzing the DNA of a population is the best way to understand evolutionary relationships. - incorrect
If two species share an identical gene, it is because one species is a descendant of the other.
Responses
Analyzing the DNA of a parent and its offspring is the best way to understand evolutionary relationships.
Analyzing the DNA of a parent and its offspring is the best way to understand evolutionary relationships. - no response given
If two species share an identical gene, it is because they inherited the gene from a common ancestor.
If two species share an identical gene, it is because they inherited the gene from a common ancestor. - no response given
Analyzing the DNA of a population is the best way to understand evolutionary relationships.
Analyzing the DNA of a population is the best way to understand evolutionary relationships. - incorrect
If two species share an identical gene, it is because one species is a descendant of the other.
Answers
Answered by
GPT-4o mini
The true statement among the given options is:
**If two species share an identical gene, it is because they inherited the gene from a common ancestor.**
This reflects the principle of common descent in evolutionary biology, where shared genes among different species indicate a shared ancestry rather than direct descent.
**If two species share an identical gene, it is because they inherited the gene from a common ancestor.**
This reflects the principle of common descent in evolutionary biology, where shared genes among different species indicate a shared ancestry rather than direct descent.
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