Choose about the cladogram/phylogenetic tree/evolutionary steps of plants, or animals or chordates - write those 4 steps and what organisms share those characteristics

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Use the following phylogenetic tree to help determine if the provided examples below are homologous structures or analogous structures. Figure 27.10 ANCESTRAL PROTIST Metazoa 770 million years ago ©2014 Pearson Education, Inc Eumetazoa 680 million. years ago 670 million years ago Bilateria Deuterostomia Lophotrochozoa Ecdysozoa The worm shape of a hemicordata and the worm shape of a nematoda Porifera Ctenophora Cnidaria The scales of a fish (chordata) and the scales of a scaleworm (annelida) The shell of the brachiopoda and the shell of the mollusca The shell of a mollusca and the hard outer surface of the arthropods Hemichordata Echinodermata The holes in human skin (pores) and the hole in the body of a porifera Chordata Platyhelminthes Rotifera Ectoprocta Brachiopoda EXAMPLE The round shape of an Echinodermata and the round shape of a ctenophora Mollusca Annelida Nematoda Arthropoda The trochophore larval stage of a Mollusca and the trochophore larval stage of an annelida. Homologous…

Match the correct label to locations A, B and C on the figure below. Evolutionary history, or phylogeny, is represented visually by a phylogenetic tree. Trees have a common structure, with a root, nodes, and branches. To determine evolutionary relationships among living or extinct organisms, consider the most recent common ancestors. Lizard C: Natural selection leads to new species or groups of species. Eu Jin Chew/Dreamstime.com Crocodile B: This is the common ancestor of all organisms on the tree. Infographic 16.10 Dinion for Channing World Third Edition Gert Vrey/Dreamstime.com Dinosaur (extinct) Time musk/Alamy Bird Danita Delimont/Alamy A: This is the last common ancestor of the organisms above this point in the tree (in this case, dinosaurs and birds).

What are your thoughts on the followig paragraph below? Understanding the classification of primates in this module helped me digest past modules' material on taxonomy. I learnt that there are differenet divisions, orders, and categories of primates. The two suborders of primates are Strepsirhini and Haplorhini. This furthered my understanding on what makes us human and what similarities and differences we share with other primates. I had heard of many of these factors before such as bipedalism and being able to use tools, but one I hadn't heard of is knucklewalking. This term refers to a way of walking on all 4s commonly used by African apes. It was truly interesting to see how closely we are related to monkeys from our behaviors, features, and mroe. An aha moment I had was learning about the number of primates that include 230 species. The way they are geographically spread was even more interesting. Apes are common in South Africa and South Asia even though these 2 places are…

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A branching diagram or tree that shows the evolutionary relationships among various biological species based upon the similarities and differences in their genetic characteristics. Phylogram Cladogram Dendrogram Phylogenetic network

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Plsss answer these all, I've posted 7 questions already ?

WRITE about (primate yellow baboon) and their: Scientific name (Genus species) - This must be formatted correctly. If your group includes more than one species, list them all (spell out the first scientific name in full, then you can abbreviate the rest as G. species). Suborder (for Haplorrhines, also list Parvorder*) Location (i.e., where it lives geographically) Habitat (i.e., its type of environment) Primary Form of Locomotion** Diet** Type of Social Group** Mating Pattern** Conservation Status and Top Threats (if any) Fun Fact / Something you found interesting