2. Write the genus name of a species of protozoa, all the major taxa (clades) where...
3. Write the genus name of a species of algae, all the major taxa (clades) where it belongs and specify its harmful or beneficial effect on humans. 3 pts.
4. Write the genus name of a species of bacteria, the major taxon where it belongs and specify its harmful or beneficial effect on humans. 3 pts.
All traits inherited by an organism are beneficial Toriness and reproduction. True False Question 13 2 pts Linnaeus developed a system of taxonomy, the Systema Naturae. This consisted of: A. Trinomial nomenclature, including a genus, species, and locational name O B. Binomial nomenclature, including a genus and species name OC. Scientific nomenclature, including a species name and description O D. Latinate nomenclature, including a species description in Latin Question 14 2 pts Who proposed the concept that organisms within populations...
Name: Consider the following compound: a. (4 pts) Write its systematic name: b. (2 pts) How many equivalents of a Grignard reagent would react with it 2. (3 pts) Consider the following compound: a. (3 pts) In the space above, write the names of all the carbonyl-containing functional groups in it. b. (2 pts) On the structure, circle the two carbonyls that are the most electrophilic (no need to decide which is most vs second-most). Consider the following reaction, whose...
3-Define 1-Biogenesis 2-Koch's germ theory of disease 3-Bioremediation 4-Endospore 5-Plasmid 4-Analysis 1-The genus name of a bacterium is "erwinia," and the specific epithet is "amylovora." Write the scientific name of this organism correctly. Using this name as an example, explain how scientific names are chosen. 2-How can prokaryotic cells be smaller than eukaryotic cells and still carry on all the functions of life? 5-Answer these questions: 1-What are the major structural differences between Gram-positive and Gram-negative cell walls? 2-How does...
(10) (2) (2) 2. Consider the amino acid, glycine, in its fully protonated form *H3NCH2CO2H, where the pka1 = 2.35 and pka2 = 9.78. a) Kaz is the equilibrium constant for the second dissociation of H3NCH2CO2H. Write the chemical equation that illustrates this equilibrium. b) Write the structure for the major species at pH = 1.35. c) Write the structure for the major species at pH = 3.35. d) Write the structure for the major species at pH = 10.78....
(4 pts each) Write all possible products of the following reactions. (2 pts each) Write reasoning for the possible products (mechanism with arrows) (1 pt each) Write approximate atio (major, minor, very minor, etc are okay) 4. СНз H3C CH3CH20H њено" Br CH3 њење Br Name: Page 4 of 9 (4 pts each) Write all possible products of the following reactions. (2 pts each) Write reasoning for the possible products (mechanism with arrows) (1 pt each) Write approximate atio (major,...
a) Give all the major product(s) and stereochemistry where applicable. b) Identify and name all the functional groups in the product(s). c) Propose a reaction mechanism for each reaction. LiAlH4 CH3OH/H sono finit parents H2O/H30* N2 1 2 H20 CH3ONa CH3OH NaCN/H20 NH3 1. CH3MgBr 2. H20
D#12. Identify the microorganism(s) (Genus and/or species when applicable) associated with "EACH" of the items described below 1. Gram positive spore forming bacillus which is the source of the antibiotic bacitracin; and which is also used in the identification of Group A Streptococcus. 2. Fungus that produces bacillary hyphal elements and is a source of several antibiotics as well as Vitamin B-12 3. Corrosion prod uced by this bacteria genus is one of the primary reasons for the use of...
2. Write in all the product(s) of these reactions. Label products as "major" or "minor" if relevant. If there is no reaction, write "N.R. H2SO4, heat CrO 3. Name this ether correctly. CH3とHCH3 4. Show the best way to make the ether in Prob. #3, using a Williamson Ether Synthesis, starting from an alcohol/phenol