Which statement best explains why two different plant species have the same two types of chlorophyll present?
1 point
Both plants share a common ancestor.
Both plants produce asexually.
Both plants are flowering plants.
Both plants live in the same location.
Both plants share a common ancestor.
The statement that best explains why two different plant species have the same two types of chlorophyll present is: "Both plants share a common ancestor."
To determine which statement best explains why two different plant species have the same two types of chlorophyll present, we need to evaluate each statement and see which one makes the most sense.
1. Both plants share a common ancestor: This statement suggests that the two plant species evolved from a common ancestor that possessed the same two types of chlorophyll. This could explain why they both have it.
2. Both plants produce asexually: This statement implies that the two plant species reproduce without the need for pollination or sexual reproduction. However, asexual reproduction does not necessarily determine the presence of the same types of chlorophyll.
3. Both plants are flowering plants: This statement refers to the fact that both plants belong to the group of plants known as flowering plants or angiosperms. While this may suggest some similarities between the two species, it does not directly explain why they have the same types of chlorophyll.
4. Both plants live in the same location: This statement suggests that the plants inhabit the same geographical area and, therefore, share similar environmental conditions. However, the location alone does not provide a direct explanation for the presence of the same two types of chlorophyll.
Based on the provided options, the statement that best explains why two different plant species have the same two types of chlorophyll present is option 1: Both plants share a common ancestor. This explanation suggests that the two plant species inherited the same types of chlorophyll from a common ancestor through the process of evolution.