1. Which of the following is the most reliable source that taxonomists use to classiny mianatomybehaviordevelopmental patternsbiochemistry2. Circle all of the following scientific names for the green toad that are written correctly.bufo RegularisBufo RegularisBufo regularisBufo regularisBufo Regularis3. Which level of classification is represented by the top of evolutionary trees?KingdomOrderFamilySpeciesClass4. Place the hierarchy of classification in order from the broadest (1) to the most specific (8) category.1.2.3.4.5.6.7.

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Essentials Health Info Management Principles/Practices

4th Edition

ISBN:9780357191651

Author:Bowie

Publisher:Bowie

Chapter10: Introduction To Coding And Reimbursement

Section10.1: Clinical Classification Systems

Problem 2E

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A ASSIGNMENT1 2021.pdf C:/Users/mulweli/Desktop/ASSIGNMENT1%202021.pdf +. E D Page view A Read aloud | V Draw Highlight VUESTIONZ DISTEVATICS Explain the aim of a branch of biology called systematics. (2) ANSWER: 2.1 2.2 FILL-IN-THE-BLANKS 2.2.1 is the process of categorizing phylogenetic information into a retrieval system consisting of many hierarchical levels or ranks. (2) ANSWER: 2.2.2 Identifying organisms and assigning names to them comprise the activity called (2) ANSWER: 2.2.3 The goal of is to identify evolutionary patterns that unite organisms. (2) ANSWER: ANSWER: 2.2.4 These three fields of inquiry (above questions) are means by which evaluates patterns of diversity. (2) ANSWER: QUESTION 3 TAXONOMY THE INGLE MOST APPROPRIATE LETTER. USE ONLY LETTERS.
Review the organisms classified below. Identify the two organisms that are the most closely related. Organism 3 Primates Organism 4 Primates Haplorrhini Cercopithecoidea Cercopithecidae F2 3 E Order Suborder Superfamily Family Genus Species F3 4 R F4 Organism 1 Primates Haplorrhini Hominoidea Pongidae Pongo pygmaeus % 5 T F5 8 A 6 F6 Y Organism 2 Primates Strepsirrhini Lemuroidea Lemuridae Lemur catta F7 & 7 U PrtScn Haplorrhini Hominoidea Pongidae Pan troglodytes ★ 8 Home F9 9 Papio anubis End F10 O PgUp F11 PgDr
Show 2. The following table shows a list of species and whether a certain trait (character) is present (X) or not. segmented jaws hair placenta multicellular limbs kangaroo X X X X X earthworm X X amoeba lizard X X X X cat X X X X X X sponge X salmon X X X Construct a cladogram from the information provided in the table above. mle in the development of the many species
Linnaeus used a hierarchical system of classificatiol WILDI They are from largest to smallest: kingdom, phylum, class, order, family, genus, species, King Phillip Carne Qver Erom Greece Singing. Each of these levels is called a - largest category, group of related phyla. - group of different classes that share important characteristics. - group of similar orders. - group of similar families. - genera (genus plural) that share many characteristics. -group of closely related species. - group of similar organisms that can breed and produce fertile offspring. He developed a system called -each species is assigned a two-part scientific name consisting of genus +species. Always written in italics, first word (genus) first letter CAPITALIZED, second word (species) is lowercased. Example: humans-. Dichotomous Keys In the field, scientists often have to identify and classify specimens such as plants, animals, bacteria and other species using a dichotomous key. A dichotomous key is used to…
In a cladistic analysis, a systematist groups together organisms that share: derived homologous traits. derived homoplastic traits. ancestral homologous traits. ancestral homoplastic traits. all of the above.
Select the reason why is the morphospecies concept problematic for scientists,1. All of the above2. This concept allows scientists to define too many species because it is entirely subjective3. You can get cryptic species that look too similar to identify4. Genetic information might reveal that there are more or fewer species than what the morphology of the organisms implies
Activity 3. Understanding the Cladogram Direction: Examine the illustration below and answer the questions thereafter. Fixt Amphibiats Reptites Dirds Rodentu Primles Fou shells FHair / fur Arriruote agg Four lintas Vorlebrao Eskaryntes Fig. 1. A cladogram of some familiar animals. Retnieved from https://ib.bioninja.com.au/standand-level/topic-5-evolution-and-biodi/54-cladistics/cladograms.html Activity Questions: 1. What characteristics do primates and rodents have in common? 2. Which Rodents? of animals are birds more closely related to? Reptiles or group 3. What do amphibians, reptiles, birds, rodents, and primates have in common? 4. What characteristic is unique only to birds and reptiles? 5. Fish and primates have a common ancestor. What characteristic does this ancestor have?
The imaginary creature Fartbling is in the phylum Fartata and the kingdom Bedazla. If we follow the real hierarchical taxonomic system, which statement would most likely be correct? Fartblings cannot possibly be in a phylum AND in a kingdom there would be the same number of creatures in the kingdom and the phylum there would be more creatures in the phylum Fartata than in the kingdom Bedazla O there would be fewer creatures in the phylum Fartata than in the kingdom Bedazla
TRUE OR FALSE 1. The science of cladistics produces a system for naming and classifying organisms. 2. The broadest categories in the system of classification, bellow kingdom level, are called phyla. 3. The only taxonomic unit that is needed to be written in entirely lower case letters are the genus level. 4. When all the organisms in one taxon comes from a single common ancestor, the taxon is considered to be monophyletic. 5. The presence of opposable thumbs in humans and other apes means that we share a common ancestor; this character shows homology. 6. When a derived character is shared by members of the clade, the process is called a symplesiomorphy. 7. Sexually and asexually reproducing organisms which includes polyphyletic groups are known as the phylogenetic species concept. 8. Sympatric speciation occurs when the formations of new species happen in the same geographic area. 9. When a tree is unrooted, it is not necessary needed to have an outgroup. 10. Derived characters are…
10. Refer to the figure shown. Species Stripe Color 1 2 3 B. C R The figure shows the phylogeny of seven species of beetles (A-G) and whether the beetles have (?) or do not have (x×) one of three stripes. It also indicates the color of the beetle (R for red and G for green). Based on the phylogenetic tree and the principle of parsimony, the absence of stripe in species is most likely O 1; E and F; an evolutionary reversal O 2; E and F; due to convergent evolution O 2; E and F; a synapomorphy O 1; E and F; a synapomorphy O 1; E andF; due to convergent evolution
A. Basic Phylogenetic Tree Construction: Create a phylogenetic tree which best represent the data provided: Species Enzyme 1 Enzyme 2 Enzyme 3 Enzyme 4 Guinca pir present present albsent present Camel alosent absent present absent Capvbara prescnt present absent present Species Enzyme 1 Enzyme 2 Enzyne 3 Enzyme 4 Opusurn present presenl pnesent present Plalypus ppresent present pnesent alsennt Chit ken prment atrent ataent atrsent B. Encircle Monophyletic groups that can be found in this tree. Angus cattle White-tailed deer Blue whale Pygmy hippopotamus Extinct Wild boar Mammal Alpaca Based on the phylogenetic tree above, what species is most related to the blue whale?
The phylogenetic tree below depicts the evolutionary relation among a subset of ants. The Taxa shaded in correspond to groups that have evolved jaw-like type of structures. Based on this trait, the subfamilies Formicinae and Mymicinae form what type of phyletic relationship? # Trap-jaws have evolved at least once in each of the highlighted clades. O polyphyletic group. monophyletic group. O paraphyletic group. 80 F3 000 000 F4 $ % F5 5 C C F6 Formicinae Myrmicinae Ectatomminae Heteroponerinae Dolichoderinae Aneuretinae Pseudomyrmecinae Myrmeciinae Aenictinae Dorylinae Ecitoninae Cerapachyinae Leptanilloidinae Ponerinae Agroecomyrmecinae Paraponerinae Amblyoponinae Proceratiinae Leptanillinae & ◄◄ F7 7 3486689 Myrmoteras DII F8 Strumigenys Odontomachus Mystrium DD ( F9 0 B F10

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