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Washington State - MBIOS - 304
Schedule for MBioS 304 Experiments, Fall 2008This is a tentative schedule and is subject to change. Any schedule changes will be announced in class. There is no lab manual or textbook for this course. Protocols for the experiments will be posted on
Washington State - MBIOS - 305
Molecular Biosciences (MBioS) 305 General MicrobiologyLecture Syllabus, Autumn 2008 Instructor: Classroom: Dr. Phil Mixter, Fulmer 632, Phone 335-4937, E-mail: pmixter@wsu.edu Office hour/optional review session to be announced Todd 430; Tuesday an
Washington State - MBIOS - 306
Molecular Biosciences 306 - General Microbiology Lab Fall 2008Dates Aug 25 Aug 26-27 Aug 28-29 Sept 1 Sept 2-3 Sept 4-5 Sept 8 Sept 9-10 Sept 11-12 Sept 15 Sept 16-17 Sept 18-19 Sept 22 Sept 23-24 Sept 25-26 Sept 29 Sept 30-Oct 1 Oct 2-3 Oct 6 Oct 7
Cornell - PAM - 210
Book Problem Set #2 Circle all of your final answers. #1) Test scores are distributed N(523, 115). a) What proportion of students receive score at least 500? Use a z-score that is actually listed in Table A. Round your answer to four decimal places.
Washington State - MBIOS - 341
CE 341 - INTRODUCTION TO ENVIRONMENTAL ENGINEERING AIR Portion of the Course Semester2006-07 Catalog Data: CE 341 Introduction to Environmental Engineering 3 Prereq Biol 102 or MBioS 101; Chem 105. Impact of pollutants on the environment; polluti
Cornell - PAM - 210
1 3.2 Sampling Design population- the entire group of individuals we want information about sample- the part of the population that we actually examine in order to gather information sample survey- survey a sample to gain info about the population vo
Washington State - MBIOS - 401
MBIOS 401/501: CELL BIOLOGY A. MEETING TIMES Students taking MBioS 401/501: Three class meetings on M, W, F @ 3:10 pm in Heald Auditorium G3 Students taking MBioS 501: In addition to the three class meeting times per week at MWF 3:10 pm, all studen
Washington State - MBIOS - 411
MBios 411 SyllabusSpring 2008 Course Coordinators: Office: Email: Phone: Teaching Assistants: Office: Email: Phone: Grades: 5 quizzes, 20 points each (lowest is dropped) 1 notebook check (Spring Break) 2 random notebook checks, 20 points each 3 unkn
Washington State - MBIOS - 423
Human Genetics (MBioS 423) Fall '0 3 CreditsTime and Place: Instructor:Tues./Thurs. 10:35 - 11:50am, Fulmer 150 Dr. Norah R.McCabe: Office: Abelson 424 Phone: 335-1134 Email: nrmccabe@wsu.edu Tuesday 1-3pm, Abelson 424. WebctOffice Hours: Homep
Washington State - MBIOS - 446
MOLECULAR BIOSCIENCES 446 INTRODUCTION TO Epidemiology Fall 2008 Course Number: MBios 446 3 credits Lecture Time: Tuesday/Thursday Noon-1:15PM Lecture Location: Fulmer Rm. 125 Textbooks: Epidemiology for Public Health Practice Fourth edition by Dr. R
Washington State - MBIOS - 450
Syllabus for MBioS 450/550 Microbial Physiology Instructor: Professor Luying Xun Office: 387 Eastlick Hall. Phone: 335-2787. Email: xun@mail.wsu.edu 1. 2. Week 1 Bacterial cell chemical composition and growth medium composition Transport of substrate
Washington State - MBIOS - 465
MBioS 465 Physical Biochemistry Spring 2008CUE 209, MWF 9-10 Instructors: Michael Smerdon, Dan Mitchell, ChulHee Kang (Coordinator) Smerdon: smerdon@wsu.edu, Fulmer 670, 5-6853 Mitchell: djmitchell@wsu.edu, Fulmer B3, 5-6441 Kang: chkang@wsunix.wsu.
Washington State - MBIOS - 466
MBIOS 466/566 Fall, 2008 Instructors: Michael Smerdon, Jim Brozik, Dan Mitchell, ChulHee Kang Texts : Tinoco Jr., I., Sauer, K., Wang, J. C., and Puglisi, J. D. (2002) PHYSICAL CHEMISTRY: Principles and Applications in Biological Sciences, Prentice H
Washington State - MBIOS - 514
Syllabus for General Biochemistry II MBioS414/514 Spring 2008MWF 11:10 am, Todd 430 Lecturers: Lisa M. Gloss William B. Davis John A. Browse Fulmer 270 Fulmer 275 Clark 443A 5-5859 5-4930 5-2293 lmgloss@wsu.edu Course coordinator wbdavis@wsu.edu jab
Washington State - M E - 103
ME 103: Engineering Graphics and Computer-Aided DesignThis is a cooperative course taught by WSU, open to University of Idaho students.Course description: Number of credits: Course Coordinator: Prerequisites by course: Prerequisites by topic: Postr
Washington State - M E - 105
Washington State - M E - 105
i ADAPTING THE JAPANESE LEGACY OF SPACE REUSE TO THE DESIGN OF THE US RESIDENCES How can the Japanese reuse of residential space educate and inform the design of the US residences By ABI ITOA thesis submitted in partial fulfillment of the requireme
Washington State - M E - 105
ADAPTING THE JAPANESE LEGACY OF SPACE REUSE TO THE DESIGN OF THE US RESIDENCES How can the Japanese reuse of residential space educate and inform the design of the US residencesBy ABI ITOA thesis submitted in partial fulfillment of the requiremen
Washington State - M E - 120
ME/MSE 120: Innovation in DesignCourse description: Engineering and architectural creativity; role, function, enhancement, integration, in design methods. 2 C. D. Richards None None Required for certification in Mechanical Engineering NoneNumber o
Washington State - M E - 120
A THERMODYNAMIC, SPECTROSCOPIC, AND MECHANICAL CHARACTERIZATION OF THE WOOD-POLYPROPYLENE INTERPHASEBy DAVID PAUL HARPERA dissertation submitted in partial fulfillment of the requirement for the degree ofDOCTOR OF PHILOSOPHYWASHINGTON STATE U
Washington State - M E - 212
ME 212: DynamicsThis is a cooperative course taught jointly by WSU and the University of Idaho.Course description: Kinematics and kinetics of particles and rigid bodies; introduction to mechanical vibration. 3 D.V. Hutton CE 211: Statics 1. 2. 3. 4
Washington State - M E - 220
ME 220: Materials LaboratoryCourse description: Number of credits: Course Coordinator: Prerequisites by course: Prerequisites by topic: Mechanical behavior of materials and application to engineering structures. 1 (0-3) J.L. Ding CE 215 or c/ 1. 2.
Washington State - M E - 301
CES 301 Race and Global Inequalities Spring 2007 Todd 204 MW 2:50 - 4:05 John Streamas Wilson 112A 509 335-4791 streamas@wsu.edu office hours: M 11:30 - 12:30 Th 1:00 - 3:00 and by appointmentCourse texts Women and Globalization, edited by Delia D.
Washington State - M E - 301
MgtOp 301 - Principles of Management and Organization Fall 2008 Team Paper Instructions and Requirements Due Oct. 14 Analysis of Your Own Team Experiences For this paper, you are being asked to analyze two of your own team experiences using informati
Washington State - M E - 303
Phys 303 Assignment 11 Due before midnight Fri Apr 18, 2008 (full credit) No extensions, no half-credit will be granted for this assignment. This assignment asks you to derive the principle results for 6-5, on the barrier of nite potential and nite s
Washington State - M E - 303
ME 303: Fluid MechanicsThis is a cooperative course taught by WSU, open to University of Idaho students.Course description: Fluid statics, laminar and turbulent flow, similitude, pipe flow, boundary layers, lift and drag, and measurement techniques
Washington State - M E - 305
ME 305: Thermal and Fluids LaboratoryCourse description: Instrumentation, data acquisition, and theory verification in the thermal and fluids sciences. 2 (1-3) D.E. Stock ME 303 or c/, Math 370 or c/, major in engineering 1. 2. 3. 4. Thermodynamics,
Washington State - M E - 305
IF IT WERE EASY, EVERYONE WOULD HAVE A PH.D. DOCTORAL STUDENT SUCCESS: SOCIALIZATION AND DISCIPLINARY PERSPECTIVESBy SUSAN KRISTINA GARDNERA dissertation/thesis submitted in partial fulfillment of the requirements for the degree of DOCTOR OF PHIL
Cornell - PAM - 210
3.3 Toward Statistical Inference Statistical inference is using a fact about a sample to estimate the truth about the whole population. A simple random sample (SRS) of size n consists of n individuals from the population chosen in such a way that eve
Washington State - M E - 310
URANIUM IMMOBILIZATION BY CELLULOMONAS SP. ES6By VAIDEESWARAN SIVASWAMYA thesis submitted in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE IN CHEMICAL ENGINEERINGWASHINGTON STATE UNIVERSITY Department of Chemical E
Washington State - M E - 310
WORLD MARKETS AND TRADEJune 2007Apple JuiceSummaryU.S. apple juice production for marketing year (MY July-June) 2006/07 is expected to be 5 percent higher than last season at 110,000 metric tons as more apples are available for the juice market
Washington State - M E - 310
ME 310: Manufacturing ProcessesCourse description: Cutting operations, metal forming by deformation, material fabrication, and nontraditional processing. 3 J. Panchal MSE 201, major in engineering 1. 2. 3. 4. Equilibrium phase diagrams. Time-tempera
Washington State - M E - 311
Syllabus: Elementary Statistics in Psychology Summer, 2008 Monday Thursday 10:00am - 12:15 pm VCLS224 Instructor Tahira Probst, Ph.D. Office: CL 208K Telephone: (360) 546-9746 Office Hours: Monday-Thursday 12:30-1:30pm and by appt. E-mail: probst@va
Washington State - M E - 311
ENERGY-EFFICIENT BOUNDED-DIAMETER TREE SCATTERNETS FOR BLUETOOTH NETWORKSBy JONATHAN THOMAS CAMPBELLA thesis submitted in partial fulllment of the requirements for the degree of MASTER OF SCIENCE IN COMPUTER SCIENCEWASHINGTON STATE UNIVERSITY S
Washington State - M E - 311
ME 311: Manufacturing Processes LaboratoryCourse description: Manufacturing processes laboratory in machining, welding, forming; manufacturing project. 1 (0-3) D.V. Hutton ME 310 or c/, major in engineering 1. 2. 3. Stress-strain relationships Time-
Washington State - M E - 313
ME 313: Engineering AnalysisCourse description: Number of credits: Course Coordinator: Prerequisites by course: Prerequisites by topic: Postrequisites: Textbooks/other required materials: Analysis and modeling of engineering problems utilizing numer
Washington State - M E - 316
Journal of Experimental Marine Biology and Ecology 316 (2005) 167 181 www.elsevier.com/locate/jembeThe effects of thin layers on the vertical distribution of the rotifer, Brachionus plicatilisToni R. Ignoffo*, Stephen M. Bollens1, Alexander B. Bo
Washington State - M E - 316
ME 316: Systems DesignCourse description: Engineering design process for systems and components; design criteria, creativity, engineering economics, CAD, standards, product safety; design projects. 3 S. Jayaram CE 215, MSE 201 or c/, major in engine
Washington State - M E - 401
DEPARTMENT OF COMPARATIVE ETHNIC STUDIESCES 401.1 Culture and Power Spring 2007 Place: Todd 302 Day/Time: TTH: 12:00-1:15Instructor of Record: Rory Ong Office Room #: Wilson 119 Office Phone #: 5-7089 Office Hours: W: 1:00-300 PM or by appointmen
Washington State - M E - 402
ENGLISH 402 SYLLABUSCourseEnglish 402-03: Technical and Professional Writing, Spring 2007 Mondays 6-9 p.m., Multimedia Building, room 6InstructorMarie Naughton, Adjunct Assistant Professor Office Hours: after class or by appointment, Multimedia
Cornell - PAM - 210
Book PS #3 #1) Student Student 1 Student 2 Student 3 IQ score 110 124 126 Self-concept score 58 72 83a) What is the standard deviation of IQ scores? Round your answer to four decimal places. (2 points) b) What is the standard deviation of self-conc
Cornell - PAM - 210
Book PS #3 #1) Student Student 1 Student 2 Student 3 IQ score 110 124 126 Self-concept score 58 72 83a) What is the standard deviation of IQ scores? Round your answer to four decimal places. (2 points) b) What is the standard deviation of self-conc
Washington State - M E - 402
Washington State University Vancouver English 402MEMORANDUM To: From: Date: Subject: English 402-03 members Marie Naughton, Adjunct Assistant Professor February 26, 2007 Assignment 5: Informal ProposalDraft a short (two to three page maximum) info
Cornell - PAM - 210
4.1 Figure 4.1Randomnesstoss a coin- cant predict result in advance (results vary) a regular pattern emerges after many repetitions We call a phenomenon random if individual outcomes are uncertain but there is nonetheless a regular distribution o
Washington State - M E - 402
Washington State University Vancouver English 402MEMORANDUM To: From: Date: Subject: English 402-03 members Marie Naughton, Adjunct Assistant Professor January 8, 2007 Self-Assessment MemoWrite me a brief memo describing your goals for this class,
Washington State - M E - 406
LEAD ISOTOPE COMPOSITIONS OF SUBDUCTING SEDIMENTS AROUND THE PACIFICBy CHUNJIANG YUA thesis submitted in partial fulfillment of the requirements of the degree of MASTER OF SCIENCE IN GEOLOGYWASHINGTON STATE UNIVERSITY Department of GeologyDec
Washington State - M E - 406
ME 406: Experimental DesignCourse description: Designing, conducting, and reporting of experimental investigations involving mechanical equipment. 3 (1-6) D.E. Stock ME 305, ME 316, ME 404; ME 348 (recommended) 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 1.
Cornell - PAM - 210
4.2Probability Modelsprobability model- a description of a random phenomenon in the language of mathematics description of coin tossing has two parts: a list of possible outcomes a probability for each outcome The sample space S of a random pheno
Cornell - PAM - 210
4.3Random Variablesrandom variable- a variable whose value is a numerical outcome of a random phenomenon toss coin 4 times- could record outcome as string of heads and tails (HTTH) let X be number of heads- X=2 (X is random variable) Discrete ran
Washington State - M E - 407
EFFECTIVENESS OF POLYMER FIBERS FOR IMPROVING THE DUCTILITY OF MASONRY STRUCTURESBy THOMAS P. C. HERVILLARDA thesis submitted in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE IN CIVIL ENGINEERINGWASHINGTON STATE UN
Washington State - M E - 407
ME 407: Computational Fluid DynamicsCourse description: Number of credits: Course Coordinator: Prerequisites by course: Prerequisites by topic: Basic concepts and applications of computational fluid dynamics to the analysis and design of fluid syste
Washington State - M E - 413
ME/MSE 413: Mechanics of SolidsCourse description: Elasticity, elastic stress distributions; plastic deformation of single and polycrystals; introduction to dislocation theory and its applications; creep, fracture, and fatigue. 3 S. D. Antolovich MS
Washington State - M E - 414
ME 414: Machine DesignCourse description: Number of credits: Course Coordinator: Prerequisites by course: Prerequisites by topic: Postrequisites: Textbooks/other required materials: Course objectives: Optimal design of machinery; analysis for preven
Washington State - M E - 416
ME 416: Mechanical Systems DesignCourse description: Integrative design in mechanical engineering; multidisciplinary design project considering both technical and non-technical contexts; organizational dynamics and communications. 3 (1-6) C. Pezeshk
Washington State - M E - 419
ME 419: Air ConditioningThis is a cooperative course taught jointly by WSU and the University of Idaho.Course description: Principles of heat and moisture transfer, air motion and purity in buildings; design of systems. 3 R. Westphal ME 404 1. 2. 3
Washington State - M E - 449
ME 449: Mechanical VibrationCourse description: Vibrating systems and noise producing mechanisms; design for noise and vibration control. Cooperative course taught jointly by WSU and UI (ME 472). 3 D.V. Hutton ME 348 1. 2. 3. 4. 5. Differentiation a
Washington State - M E - 460
ME 460: Nuclear Reactor EngineeringCourse description: Nuclear reactor design problems in thermodynamics, fluid flow, heat transfer, fuel preparation, waste disposal, materials selection; discussion of reactor types. Cooperative course taught by UI,
Cornell - PAM - 210
4.4Means and Variances of Random VariablesEX lottery- choose a 3-digit number (000-999) probability 1/1000 of winning $500 X is a random variable- the amount your ticket pays probability distribution of X: Payoff X Probability $0 0.999 $500 0.001
Washington State - M E - 461
ME 461: Introduction to Nuclear EngineeringCourse description: Applied nuclear physics; application to the nuclear fuel cycle and nuclear reactor core design; nuclear reactor systems and safety. Cooperative course taught jointly by WSU and UI (NE 36
Washington State - M E - 470
MOTIVATION PSYCH 470M,W 1:25 - 2:40pm Spring, 2004Instructor: Office: Email:Randall R. Kleinhesselink, Ph.D. Classroom Bldg., CL 208Q, Phone: (360) 546-9723 kleinhes@vancouver.wsu.eduWEEK OF Jan 12 Jan 19 Jan 26 Feb 2 Feb 9 Feb 16 Feb 16 Feb 2
Cornell - PAM - 210
4.5General Probability Rules Previous Probability Rules1) The probability P(A) of any event A satisfies 0 P(A) 1. 2) All possible outcomes together must have probability 1. P(S) = 1. 3) Two events A and B are disjoint if they have no outcomes i