Which of the following best compares aristotle's method of classifying organisms to linnaeus's classification system? aristotle categorized organisms as either plant or animal, while linnaeus sorted them based on size. aristotle created a hierarchy of life based on complexity, while linnaeus sorted organisms based on physical traits. aristotle cataloged only animals and divided them into carnivores and herbivores, while linnaeus sorted both plants and animals based on habitat. aristotle classified organisms based on geographic location, while linnaeus sorted them based on their method of obtaining food and nutrients.

Two students are working together on an experiment that measures the effect of different liquid fertilizers on the thickness of plants’ stems. which is most likely to result in the greatest amount of error in their scientific experiment? a.one student measures the plant stem widths by using calipers. the other student measures the widths of the same plant stems again by using a different pair of calipers. b.one student measures the plant stem widths by using calipers. the other student types the measurements as they are taken into a computer spreadsheet. c.one student weighs liquids for the experiment by using a calibrated scale. the other student weighs liquids for the experiment by using a different calibrated scale.

Some species of wasps are social. the queen starts a colony from scratch each spring. she builds a small nest, and lays and raises a group of female workers. the workers enlarge the nest while the queen continues to lay eggs. unfertilized eggs become males that mate with newly hatched females. all of the wasps except the newly fertilized females die by the summer. which best describes this behavior? a)it is beneficial only to the males that do not fertilize eggs. b)it is beneficial only to the female workers that are not fertilized. c)it is beneficial to each one of the individual colony members. d)it is beneficial to the whole species, but not to all of the individual members.

Why zebra fish experience similar genetic disease as human