Species 1 is described as 2n = 8 and has chromosome composition BBDDEEHH. Species 2 is described as 2n 10 and has chromosome composition NNPPSSXX. %3D Select the best answer to classify the organism below based on its chromosome composition Note that each letter represents a chromosome and that the organism below is either an individual from one of the species above or is derived from one or both species above. Organism: NNPSSXZZ Select one: a. Trisomic O b. Double Trisomic O c. Diploid O d. Autotetraploid O e. Haploid f. Nullisomic O g. Allotetraploid h. Double Monosomic Allotriploid O j. Monosomic

Species 1 is described as 2n = 8 and has chromosome composition BBDDEEHH. Species 2 is described as 2n 10 and has chromosome composition NNPPSSXX. %3D Select the best answer to classify the organism below based on its chromosome composition Note that each letter represents a chromosome and that the organism below is either an individual from one of the species above or is derived from one or both species above. Organism: NNPSSXZZ Select one: a. Trisomic O b. Double Trisomic O c. Diploid O d. Autotetraploid O e. Haploid f. Nullisomic O g. Allotetraploid h. Double Monosomic Allotriploid O j. Monosomic

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Species 1 is described as 2n = 8 and has chromosome composition BBDDEEHH. %3D Species 2 is described as 2n = 10 and has chromosome composition NNPPSSXXZZ. Select the best answer to classify the organism below based on its chromosome composition. Note that each letter represents a chromosome and that the organism below is either an individual from one of the species above or is derived from one or both species above. Organism: NPSXZBBDDEEHH Select one: O a. Haploid O b. Autotriploid O c. Allotetraploid O d. Autotetraploid O e. Trisomic Of Monosomic O g. Double Trisomic O h. Allotriploid Diploid Double Monosomic O k. Nullisomic
Species 1 is described as 2n = 8 and has chromosome composition BBDDEEHH. Species 2 is described as 2n = 10 and has chromosome composition NNPPSSXXZZ. Select the best answer to classify the organism below based on its chromosome composition. Note that each letter represents a chromosome and that the organism below is either an individual from one of the species above or is derived from one or both species above. Organism: BBDEEHH Select one: Oa. Haploid O b. Diploid C. Double Trisomic O d. Autotriploid e. Double Monosomic f. Monosomic O g. Allotriploid Oh. Autotetraploid Oi. Allotetraploid Nullisomic Ok. Trisomic
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Imagine you are studying two eukaryotic species. The genome of Species A is 100 Mb in size. The genome of Species B is 500 Mb in size. Based only on this information, which of the following statements are accurate? Species B is a more complex organism than Species A. None of the other statements can be made based solely on the information in the question. Species B has more genes than Species A. Species B has more chromosomes, more genes, and is more complex than Species A. Species B has more chromosomes than Species A.
From the DNA sequence data for the eight species (A through H) shown below, what is the genetic distance between Species A and Species C? O 4 5 6 1 O 7 2 3 4 Species A ACCAGCCTGTGCATCGATGACGACTAAGTGATACCATAAAG ACT Species B ACCAGCCTGTGCATCGATGACGACTAAGTGATACCATAAAGACT Species C ACGAGCATGTGCATCGATGCCGACTAAGTGATACCATAATGACT Species D ACGAGCATGTGCATCGATGCCGACTAAGTGATACCATAATGACT Species ACCAGCATGTGTATCGATGCCGACTAAGTGATACCAAAATGACT E Species Species F ACCAGCATGTGTATCGATGCCGACTAAGTGATACCAAAATGACT G ACCAGCATGTGTATCGATGCCGACTAAGTGCTACCATAATGACT Species H ACCAGCATGTGTATCGATGCCGACTAAGTGCTACCATAATGACT 5 6 7
Next fill out the following table noting how many derived traits are shared for each pair of ingroup species. Species A Species B Species C Species D Species E Species F Species A Species B X X Species C X X X Species D X Species E X X Species F X X X X Use the above matrix to draw a cladogram depicting the phylogenetic relationships among all seven species. Start by grouping the pairs that have the most shared derived traits and then linking groups together. This is difficult to describe so look at the example matrix and cladogram below and then just give it a try, and ask for help if you get stuck. We will go through this as a group before lab is over to make sure everyone understands. Look at the hypothetical example first. Phylogenetic Systematics Page 5 Example Matrix Of Shared Derived Traits: Species Species Species Species A В C D Species A Species B Species C Species D 1 1 3 X Building a cladogram from above matrix: Step 1. Species C and D share the most derived traits so link…
Which of the following best explains the morphological species concept?
The gene density for each organism is shown in the last column of this data table. Organism Size of genome (base pairs) Size of Genome (Mb) Number of Genes Gene density (genes per Mb) H. influenzae (bacterium) 1.8 million 1.8 1700 944 S. cerevisiae (yeast) 12 million 12 6300 525 E. coli (bacterium) 4.6 million 4.6 4400 957 C. elegans (roundworm) 100 million 100 20100 201 D. melanogaster (fruit fly) 165 million 165 14000 85 A. thaliana (mustard plant) 120 million 120 25500 213 O. sativa (rice) 430 million 430 42000 98 H. sapiens (human) 3.0 billion 3000 21000 7 R. norvegicus (lab rat) 2.8 billion 2800 20000 7 P. troglodytes (chimanzee) 3.1 billion 3100 20000 6. M. mulatta (macaque) 2.9 billion 2900 22000 8 O.anatinus (duck-billed platypus) 1.8 billion 1800 18500 10 P. persica (peach) 227 million 227 27900 123 Use the table to identify three statements that are true regarding the genomes of organisms. More complex organisms (e.g., vertebrates) generally have larger genome sizes. An…
1) For each of the organisms in the following table, complete the empty columns with an appropriate answer for each taxon. Organism Green Algae Fungi Archaea Sister Taxa Derived Trait Ancestral Trait Mode of Reproduction
In the following cladogram species A, B, C, and the root of the tree together represent what sort of group?
Construct the data matrix From the DNA sequence data from the 5 taxa. (Hint: there are three variable nucleotide sites, which are the characters) Map all three characters onto both mypotheses using two Colors (same as in Activity 6). 3 position 111111 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 ATTGCGGCCTGTATG Taxon A Taxon B ATGGCGGGCTGTAAG Taxon C ATTGCGGGCTGTATG Taxon D ATTGCGGGCTGTAAG Taxon E ATGGCGGCCTGTATG 1 Determine the treelength of both hypotheses and fill in 3 the treelength and Justify Text minimum number of changes in the table on the lower right. Then compute the CI for both hypotheses and put a checkmark or X to indicate which one is the most parsimonious and which one is the most accurate. 4 Character/ states Taxon A Use the most accurate phylogeny to infer the origin of the new fungal pathogen Taxon B Hypothesis Treelength Minimum CI Most parsimonious Most accurate Taxon C Taxon D 1 taxon taxon A taxon B taxon C taxon D taxon E Taxon E Minimum 2 origin Florida (new) Mexico China…
What traits support classifying H. habilis and H. rudolfensis as separate species? (Use complete sentences. Minimum of 2 sentences.)