Lecture # Date SUBJECT Lecture Problem
x1 01 12 Jan What are species? Naming conventions, Nested groups, Taxonomic hierarchies, Continuity of life, phylogeny Count differences among 3 sequences on p. 11
x1 02 14 Jan Metric system of measurement, statistics, Induction, Deduction, Hypotheses, Experiments, Questions & Curiosity Express three times a week using exponential notation.
x1 03 16 Jan Natural selection, attributes of organisms, macromolecules, RNA and early life, law vs science, deducing and inducing evolution, intelligent design?

If B & C start equally abundant, but B can double 3 times per day and C 4 times per day, what will be

  19 Jan Dr. Martin Luther King, Jr. National Holiday proportion of B after 1 day?
x1 04 21 Jan Isotopes, stable and radioactive, exponential decay, formulas of decay, reactions, release of energy, equilibrium, oxidation, productivity, units of energy Photosynthesis is an endergonic reaction - true or false?
x1 05 23 Jan Water: polarity, the hydrogen bond, density of ice, solvent, solubility, pH, acidity, evaporation, transpiration, precipitation, dewpoint, aquifer, groundwater, residence time, invasive species, hydrophobic, hydrophilic If 2000 m3 of water enters a lake with a volume of 1 km3 each second, what is the residence time?
x1 06 26 Jan Information storage, linear, directional, biological polymers, DNA, protein, DNA sequences, complementary, possible sequences, sequence similarity, genetic uniqueness, RNA, the central dogma How many different DNA sequences 6 bases long are there?
x1 07 28 Jan Domains, horizontal transmission, direct sequencing, Petri dish, doubling time, exponential versus geometric growth, cultural growth cycle, the log scale, sources of energy & carbon, symbiosis, Rhizobium What is the difference between exponential and geometric growth?
x1 08 30 Jan Disease, infectious, Koch's postulates, contagious disease, vector, prevalence, incidence, quarantine, wastewater treatment, Chicago river reversal, antibiotics, evolution of resistance, virulence, public vs individual, minimizing resistance Name three new (last 100 years) diseases.
x1 09 2 Feb Doing experiments on populations, Control group, Treatment group, Why use randomization?, subpopulation, categorical variable, causation, repeatability, replication, reproducibility, What makes a hypothesis testable? Calculate the mean and variance of these values: 7, 8, 4, 11, 12, 6, 11.
x1 10 4 Feb Protists -small and aquatic, structurally complex, cause some diseases, uses, classification, electron microscopy, paraphyletic, endosymbiotic theory, multicelluarity, ciliates, biological species concept, mating types If 4 stocks of a species all have different mating types, which other stocks will the first one mate with?
x1 11  6 Feb Plants -capture energy from sun, shoot & root, soil parts-air, water, minerals (sand, silt, clay), organic matter, organisms; origins of soils, soil surface, IL corn and soybeans, drainage, origins of crops, life cycles of plants If a person needs 2200 Calories per day, how would you estimate how many grams they need to eat?
x1 12  9 Feb Reasons to exclude viruses as organisms, plasmids, words describing disease, capsids, antibody, antigen, vaccination, lysis, lysogeny, new viral diseases, where do new diseases come from? How do immune individuals reduce the rate of spread of a disease?
x1 13  11 Feb Organisms have the potential to grow exponentially, division in bacteria, powers of two, exponential and geometric growth equations, per capita growth rate, survivorship, expressing reproductive rates If a population can increase 40% per year, how many times bigger will it be after 10 years?
x1 14 13 Feb Fertilization requires special cells =gametes, meiosis halves the # of chromosomes, haploid & diploid, cycles & lines, sex vs reproduction, sexes -animals vs plants, apomixis, selfing, uniparental reproduction, breeds If you wanted to develop a new variety of peas that was sweeter, how would you do it?
EXAM 1 16 Feb Forty multiple choice questions Vocabulary use in this section of course OLD EXAM