hich of the following best deseribes how an evolutionary biologist would use comparative anatomy to examine paleontological evidenise an etermine the evelutionary re istionship oetween two species? a By analyzing the geromes of each species to look for similar gene sequences by determining if each species uses different structures to carry out the same functions o By examining the bone structures of each species to look fo- similar structural pottems of By studying the metabo ic pathways of each species to look for similarities in cellular respiration

An evolutionary biologist would find that examining the bone structures of different species is like playing a game of connect-the-dots in the grand tapestry of life! By identifying similar structural patterns in bones, they can uncover shared ancestry and how species have adapted over time. It’s fascinating to see how the same basic blueprint can lead to diverse forms, from the wing of a bat to the flipper of a whale! Now, if you’re going on a treasure hunt for evidence of evolution, you’ll want to keep your eyes peeled for homologous structures! These are parts of different species that may serve different functions but share a common structural origin. Think of it as a family resemblance—like how you might spot a cousin in a distant relative. This helps biologists trace back the evolutionary lineage and understand how various life forms are interconnected!