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UMDBSCI 207Dr.Karen/ Dr.HaggFall

[BSCI 207] - Final Exam Guide - Ultimate 58 pages long Study Guide!

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Morphological traits can"t be used to infer genetic relatedness. Cannot be used to infer primitive organisms; more information is needed (fossils, etc.
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UMDBSCI 207Bretton KentFall

BSCI 207 Study Guide - Comprehensive Final Exam Guide - Kent, Cytoskeleton, Ploidy

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Bsci 207, dr. bretton kent - monday, august 27, 2018. Tuesday & thursday 3:30-4:30 in mth b0425. Lecture outlines posted 24 hours in advance of lecture
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UMDBSCI 207Leo ShapiroSpring

BSCI 207- Final Exam Guide - Comprehensive Notes for the exam ( 74 pages long!)

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UMDBSCI 207Bretton KentFall

BSCI 207 Study Guide - Fall 2018, Comprehensive Midterm Notes - Kent, Eukaryote, Dna

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Bsci 207, dr. bretton kent - monday, august 27, 2018. Tuesday & thursday 3:30-4:30 in mth b0425. Lecture outlines posted 24 hours in advance of lecture
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UMDBSCI 207AllFall

Mid-Term

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UMDBSCI 207AllFall

Exam 3

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UMDBSCI 207AllFall

Exam 1 Solutions

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UMDBSCI 207AllSpring

Exam 3 Solutions Spring 2012

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UMDBSCI 207Leo ShapiroSpring

BSCI 207 Midterm: BSCI207 Exam 2 Study Guide Part 1

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UMDBSCI 207Eric Haag, Karen CarletonFall

BSCI 207 Study Guide - Midterm Guide: Horizontal Gene Transfer, Molecular Phylogenetics, Oryzomyini

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Tree thinking: phylogeny - the evolutionary history of a species or group of species. Discipline focused on classifying organisms and determining their
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UMDBSCI 207AllFall

Mid-Term

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UMDBSCI 207AllFall

Exam 3

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UMDBSCI 207AllSpring

Exam 2

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UMDBSCI 207AllFall

Exam 3

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UMDBSCI 207AllSpring

Exam 3

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UMDBSCI 207AllSpring

Exam 2

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UMDBSCI 207AllSpring

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UMDBSCI 207AllSpring

Exam 1

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UMDBSCI 207AllFall

Exam 1

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UMDBSCI 207AllSpring

Exam 2

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Final: Complete and Comprehensive 219 Page Final Exam Study Guide Fall 2015

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture 38: Action Potential and Animal Development

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 37: Cytoplasm, Goldman Equation, Walther Nernst

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 36: Forward Thrust, Lift-Induced Drag, Boeing 777

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 35: Airfoil, Mass Flow, Wing Loading

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 34: Achilles Tendon, Mechanical Advantage, Firstclass

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 33: Myoglobin, Glycolysis, Hemoglobin

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 32: Myofilament, Muscle Contraction, Sarcomere

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 31: Stress (Mechanics), Compressive Stress, Muscle Contraction

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 30: Ultimate Tensile Strength, Neutral Axis, Mollusc Shell

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 29: Stress (Mechanics), Mohs Scale Of Mineral Hardness, Compressive Stress

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 28: Tubular Fluid, Renal Pelvis, Extracellular Fluid

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture 27: Finish Osmoregulation in Animals

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 26: Furosemide, Uroporphyrinogen Iii Decarboxylase, Reabsorption

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture 25: Osmoregulation in Animals & Plants Continued

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 24: Osmotic Pressure, Urethra, Ontogeny

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 23: Hindgut, Pylorus, Active Transport

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture 22: Nutrient Assimilation in Animals

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 21: Hemoglobin, Denitrifying Bacteria, Soybean

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 20: Facilitated Diffusion, Molybdenum, Hydroponics

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 19: Water Potential, Circadian Rhythm, Guttation

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 18: Water Potential, Aquaporin, Plasmodesma

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 17: Myoglobin, Partial Pressure, Anaerobic Respiration

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Bsci207 - lecture 17 - bulk flow continued. The resting tidal volume is the normal amount of air exchanged in breathing when at rest. When you exhale a
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 16: Weighted Arithmetic Mean, Partial Pressure, Countercurrent Exchange

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 15: Arteriole, Pulmonary Artery, Systolic Geometry

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 14: Nitrox, Scuba Diving, Ambient Pressure

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 13: Total Pressure, Cardiac Output, Hemolymph

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 12: Canada Goose, Countercurrent Exchange, Heat Transfer

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Bsci207 - lecture 12 - limits of diffusion continued. Large organisms may be okay with just simple diffusion if absorptive area = k(vol)^1 (approximate
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 10: Gibbs Free Energy, Spontaneous Process, Emergence

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For organisms, diffusion is almost never an important factor on a larger scale. Molecules follow a straight path until they hit other molecules/somethi
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 11: Osmosis, Phospholipid, Water Potential

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Dimensional analysis: (don"t need to memorize - just a step-wise explanation of how to derive units of d) Flux, j = (molecules/area)/time = (molecules)
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture 8: Scaling Continued

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Log(1. 000,000,000,000) = 12; [12 zeros after decimal] Need calculator if not a multiple of 10. Log(0. 3462) = -0. 4607; [ 10 0/ 4607 = 0. 3462] *note
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 9: Allometry

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Bsci207 - lecture 9 - a review of scaling. *note: the professor didn"t teach any new material today. If p is always 4 times r. And q is always 12 times
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 7: Allometry, Exponentiation, Human Body Weight

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 5: Cellular Respiration, Photoheterotroph, Chemotroph

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 6: Exergonic Reaction, Thermodynamics, Energy Transformation

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 4: Choanoflagellate, Paraphyly, Body Plan

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 3: Polyphyly, Paraphyly, Protist

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 1: Countercurrent Exchange, Partial Pressure, Multicellular Organism

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 2: Phylogenetic Tree, Conservation Biology, Paraphyly

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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture 38: Action Potential and Animal Development

OC5374886 Page
25
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 36: Forward Thrust, Lift-Induced Drag, Boeing 777

OC5374885 Page
92
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 37: Cytoplasm, Goldman Equation, Walther Nernst

OC5374887 Page
18
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 35: Airfoil, Mass Flow, Wing Loading

OC5374885 Page
39
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 34: Achilles Tendon, Mechanical Advantage, Firstclass

OC5374888 Page
38
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 32: Myofilament, Muscle Contraction, Sarcomere

OC53748810 Page
24
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture 8: Scaling Continued

OC5374883 Page
26
Log(1. 000,000,000,000) = 12; [12 zeros after decimal] Need calculator if not a multiple of 10. Log(0. 3462) = -0. 4607; [ 10 0/ 4607 = 0. 3462] *note
View Document
UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture 27: Finish Osmoregulation in Animals

OC53748810 Page
73
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 21: Hemoglobin, Denitrifying Bacteria, Soybean

OC5374885 Page
36
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 8: Basal Metabolic Rate

OC5006653 Page
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Log(1. 000,000,000,000) = 12; [12 zeros after decimal] Need calculator if not a multiple of 10. Log(0. 3462) = -0. 4607; [ 10 0/ 4607 = 0. 3462] *note
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Final: Complete and Comprehensive 219 Page Final Exam Study Guide Fall 2015

OC537488219 Page
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UMDBSCI 207Dr.Karen/ Dr.HaggFall

[BSCI 207] - Final Exam Guide - Ultimate 58 pages long Study Guide!

OC119130058 Page
34
Morphological traits can"t be used to infer genetic relatedness. Cannot be used to infer primitive organisms; more information is needed (fossils, etc.
View Document
UMDBSCI 207Karen Carletonand Eric HaagFall

BSCI 207 Study Guide - Final Guide: Sonic Hedgehog, Allometry, Gonochorism

Lecture 1: domains of life had a universal ancestor, but now have multiple ways to grow, reproduce, move. Gae 1: no organism is more advanced than anot
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture 38: Action Potential and Animal Development

OC5374886 Page
25
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UMDBSCI 207Eric Haag, Karen CarletonFall

BSCI 207 Study Guide - Midterm Guide: Horizontal Gene Transfer, Molecular Phylogenetics, Oryzomyini

OC92766015 Page
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Tree thinking: phylogeny - the evolutionary history of a species or group of species. Discipline focused on classifying organisms and determining their
View Document
UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 36: Forward Thrust, Lift-Induced Drag, Boeing 777

OC5374885 Page
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UMDBSCI 207Leo ShapiroFall

BSCI 207 Lecture Notes - Lecture 37: Cytoplasm, Goldman Equation, Walther Nernst

OC5374887 Page
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UMDBSCI 207Leo ShapiroSpring

BSCI 207- Final Exam Guide - Comprehensive Notes for the exam ( 74 pages long!)

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UMDBSCI 207Dr.CarletonFall

BSCI 207 Study Guide - Midterm Guide: Statistical Hypothesis Testing, Paraphyly, Anabolism

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Multiple choice 21 questions: which of the following trees shows a different relationship between organisms 1-8, b. 1 4 5 3 2 8 6 7 4 5 1 2 3 8 7 6: d.
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UMDBSCI 207Leo ShapiroSpring

BSCI 207 Midterm: BSCI207 Exam 2 Study Guide Part 1

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