the picture shows the skull of an extinct aquatic animal and the skull of a present - day gray whale…

the picture shows the skull of an extinct aquatic animal and the skull of a present - day gray whale. further testing of the skulls suggests that the extinct animal is an ancestor of the gray whale. how do these skulls best support darwins theory of evolution? by showing that all populations can adapt and survive by showing that only some organisms have common ancestors by showing that populations change slowly over time by showing that species can rapidly become extinct extinct aquatic animal 50 million years ago gray whale today

the picture shows the skull of an extinct aquatic animal and the skull of a present - day gray whale. further testing of the skulls suggests that the extinct animal is an ancestor of the gray whale. how do these skulls best support darwins theory of evolution? by showing that all populations can adapt and survive by showing that only some organisms have common ancestors by showing that populations change slowly over time by showing that species can rapidly become extinct extinct aquatic animal 50 million years ago gray whale today

Answer

Brief Explanations:

Darwin's theory of evolution posits populations change over time. The skulls of an extinct aquatic animal (ancestor) and a present - day gray whale show morphological differences, indicating slow change in the population over 50 million years.

Answer:

by showing that populations change slowly over time