What did Darwin conclude about the finches on the Galapagos Islands that later supported his theory of evolution? Check all that
apply. (A)The finches on the Galapagos Islands all had the same beak.
(B)The finches on the Galapagos Islands had different beaks.
(C)The beaks of the finches stayed the same over time.
(D)The beaks of the finches changed over time.
(E)The Galapagos finches had a common ancestor.
(F)The Galapagos finches did not have a common ancestor.
The finches on Galapagos Islands had different beak
The beaks of the finches changed over time
The Galapagos finches had a common ancestor
Explanation: Darwin's Finches are a good example of natural selection and adaptive radiation of evolution. The different finches in Galapagos Island have emerged from a common black, seed eating, short beak finches. This is called adaptive radiation, where different species arose from a single ancestor.
Answer: nucleotide A will bind to nucleotide T during DNA replication.
Explanation:
In DNA replication, Adenine(A) pairs up with its complementary base Thymine(T). The DNA polymerase which is an enzyme ensures that the nucleotide with base T binds to the base A of parental nucleotide.
Because it uncovers a truth many don’t see in science theory’s and thing that people might not have know giving them the curiosity to try something new and learn something new.
