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University of Illinois, Urbana Champaign - CI - 332
Rachel Smith 9-16-2002 Metalesson #2 In class on Wednesday, we had a speaker come in and conduct a population workshop. The workshop taught us how to integrate math, social studies, geography, language arts, science, and history into educating studen
University of Illinois, Urbana Champaign - CI - 332
The book I chose as a good math resource was Math Curse by Jon Scieszka and Lane Smith. I discovered this book some time in high school, because Jon Sciezka is one of my favorite children's authors and I was browsing through all his different titles.
University of Illinois, Urbana Champaign - CI - 332
In todays class we presented our NCTM projects. I thought this was a valuable learning experience being able to see the other groups present their projects. Everyone had good lesson plans to share that I believe we can all use in our own classrooms.
University of Illinois, Urbana Champaign - CI - 332
The handshake problem we started the class off with reminded me of our math class last year. In all of our homework assignments, we'd come across a challenging problem that would make you think about all the different possibilities on how to solve it
University of Illinois, Urbana Champaign - CI - 332
Anna Young Metalesson #7 I liked how we worked in groups to discuss the main ideas in the reading. The groups were perfect size so that each person could contribute. I think it is important to discuss what we read as a group, because it helps further
Washington - CHEM - 162
Chapter 15 - Kinetics Defintions: rate - from stoichiometry, average, instantaneous, initial rate law - rate = k[R1 ]x [R2 ]y . order of reaction rate constant, k in rate law, k = Ae-Ea/RT integrated rate law - find time, graphs first order: ln[R]t =
Washington - CHEM - 155
EXPERIMENT 4 RATE OF A CHEMICAL REACTION Introduction When chemical reactions occur they proceed at rates which span an extremely wide range. For example, H+ (aq) and OH- (aq) ions react at almost every encounter. On the other hand, studies of the de
Washington - CHEM - 162
Chapter #15 Chemical Kinetics15.1) Reaction Rates 15.2) Rate Laws: Introduction 15.3) Determining the Form of the Rate Law 15.4) Integrated Rate Law 15.5) Rate Laws: Summary 15.6) Reaction Mechanisms 15.7) The Steady-State Approximation 15.8) A Mod
Washington - CHEM - 162
Butadiene and its dimer2 C4H6 (g) Time (+ 1 sec) 0 1000 1800 2800 3600 4400 5200 6200 [C4H6] (mol/L) 0.01000 0.00625 0.00476 0.00370 0.00313 0.00270 0.00241 0.00208 C8H12 (g) 1/[C4H6] 100 160 210 270 319 370 415 481 ln[C4H6] - 4.605 - 5.075 - 5.348
Washington - CHEM - 162
Chapter #15 Chemical Kinetics15.1) Reaction Rates 15.2) Rate Laws: Introduction 15.3) Determining the Form of the Rate Law 15.4) Integrated Rate Law 15.5) Rate Laws: Summary 15.6) Reaction Mechanisms 15.7) The Steady-State Approximation 15.8) A Mod
Washington - CHEM - 162
Chapter 15Chemical KineticsChapter 15 Chemical Kinetics15.1 Reaction Rates 15.2 Rate Laws: An Introduction 15.3 Determining the Form of the Rate Law 15.4 The Integrated Rate Law 15.5 Rate Laws: A Summary 15.6 Reaction Mechanisms 15.7 The Steady-S
Washington - CHEM - 162
Chapter #15 Chemical Kinetics15.1) Reaction Rates 15.2) Rate Laws: Introduction 15.3) Determining the Form of the Rate Law 15.4) Integrated Rate Law 15.5) Rate Laws: Summary 15.6) Reaction Mechanisms 15.7) The Steady-State Approximation 15.8) A Mod
Washington - CHEM - 162
Places in Washington that cannot be seen from the highway.Chapter #15 Chemical Kinetics15.1) Reaction Rates 15.2) Rate Laws: Introduction 15.3) Determining the Form of the Rate Law 15.4) Integrated Rate Law 15.5) Rate Laws: Summary 15.6) Reaction
Washington - CHEM - 162
Molecular Spectroscopy (Zumdahl 14.7)Figure 14.52Ozone The Important Moleculezy x= O318 valence electrons 9 molecular orbitalsemptyzxy xweak absorptionhUV strong absorption at 230 nmzElectronic SpectroscopyElectronic Tran
Washington - CHEM - 162
Chapter #15 Chemical Kinetics15.1) Reaction Rates 15.2) Rate Laws: Introduction 15.3) Determining the Form of the Rate Law 15.4) Integrated Rate Law 15.5) Rate Laws: Summary 15.6) Reaction Mechanisms 15.7) The Steady-State Approximation 15.8) A Mod
Washington - CHEM - 162
Chapter #15 Chemical Kinetics15.1) Reaction Rates 15.2) Rate Laws: Introduction 15.3) Determining the Form of the Rate Law 15.4) Integrated Rate Law 15.5) Rate Laws: Summary 15.6) Reaction Mechanisms 15.7) The Steady-State Approximation 15.8) A Mod
Washington - ZOOLOGY - 429
Lecture 6: Coding theoryBiology 429 Carl Bergstrom February 4, 2008Sources: This lecture loosely follows Cover and Thomas Chapter 5 and Yeung Chapter 3. As usual, some of the text and equations are taken directly from those sources.Coding theory
Washington - ZOOLOGY - 429
Lecture 11: Continuous-valued signals and differential entropyBiology 429 Carl Bergstrom September 20, 2008Sources: Parts of today's lecture follow Chapter 8 from Cover and Thomas (2007). Some components of what follows - particularly the statemen
Washington - ZOOLOGY - 429
Lecture 4: The AEPBiology 497 Carl Bergstrom January 15, 2008Sources: This lecture largely follows the presentation in R. W. Yeung (2002), A First Course in Information Theory, though I have adapted some of the approach and terminology to be consis
Washington - ZOOLOGY - 429
Lecture 10: Noisy channelsBiology 429 Carl Bergstrom February 13, 2008Sources: Today, we follow Chapters 3 and 8 from Leung (2002) and Chapter 7 from Cover and Thomas (2007). Portions of what follows are quoted directly from those texts.Thus far
Washington - D - 0
Fl ux ar cheol ogy We are digging into the detritus of the past: how could we have been confident that we had a good estimate, even of the wellmeasured primary protons? Jonathan has been using the primary protons as a reference for comparison of th
Washington - D - 0
Study of the G4 stepping cut valueToby Burnett and Anthony Nardozza (senior physics student)Are the results at all sensitive to the value(s)? Can we optimize to save CPU time? There has only been one study, by Richard, a long time ago I have no
Washington - DMQC - 3
History of these DMQC WorkshopsGatherings of delayed-mode operators and PIs to work out problems, when the amount of problems becomes too much to be handled during the short sessions at the annual AST and ADMT meetings. DMQC-1 April 2005, ~20,000 D
Washington - DMQC - 3
Third Argo Delayed-Mode Quality Control Workshop (DMQC-3) University of Washington Wednesday 10 September to Friday 12 September 2008 Draft Agenda (29 August 2008) Convenors Brian King, NOC, Southampton, UK Annie Wong, UW, Seattle, USA Convene at 090
Washington - DMQC - 3
Delayed-Mode Quality Control Workshop III University of Washington September 10-12th, 2008Using Argo in Delayed-Mode QChn Jon t io on nstituphy ils ps I gra G rip no Sc Ocea ofich m em Ro an De eg o s t derb k an can h lT nS a eci ega Sp d M a
Washington - DMQC - 3
DMQC Indian Ocean Sudheer JosephDelayed Mode Quality Control ofRegional Oceanography Arabian Sea Bay of Bengal Central Indian Ocean SummaryIndian Ocean Floats Sudheer JosephIndian National Centre for Ocean Information Services Hydereabad - 55,
Washington - DMQC - 3
Delayed-Mode Quality Control Workshop III University of Washington September 10-12th, 2008Argo Delayed-Mode QC in the Tasman Seahn Jon t io on nstituphy ils ps I gra G rip no Sc Ocea ofich m em Ro an De eg o s t derb k an can h lT nS a eci ega
Washington - DMQC - 3
Summary of Argo APEX Pressure Issues Progress ReportSusan Wijffels and Paul Barker, September, 2008 Problem 1): DACs are not adjusting APEX pressure values for known pressure biases, as found via the surface pressure value. Status: Paul Barker and S
Washington - DMQC - 3
B 1CINTERSTATE 5 FREEW AYDEFW47GP PNE 47TH STREETHIJKLMNP P18TH AVE NE16TH AVE NE17TH AVE NE19TH AVE NE1100NE 45TH STREET4507U of W TowerP343111107(Garage A)O W46Alumni HouseAUniversity Books
Washington - DMQC - 3
Argo Float Pressure Offset Adjustment Recommendations Taiyo Kobayashi1, 2 and Gregory C. Johnson31: IORGC/JAMSTEC, 2-15, Natsushima-cho, Yokosuka, 237-0061, Japan taiyok@jamstec.go.jp 2: Now visiting at National Oceanography Centre, Southampton, Em
Washington - DMQC - 3
Delay-mode quality control of Argo float salinity data in the Tyrrhenian SeaGiulio Notarstefano OGS Trieste - ItalyThird Argo Delay-Mode Quality Control Workshop (DMQC-3) University of Washington Seattle, Washington USA - September 10-12, 2008
Washington - DMQC - 3
SIO SOLO failure modesMegan Scanderbeg John Gilson Scripps Institution of OceanographyFloat statistics 733 total floats have been deployed by SIO 432 are active 235 are dead (haven't reported a profile for more than a year) 47 are mia (missing
Washington - DMQC - 3
REGIONAL OCEANOGRAPHY FOR PSAL DMQC Results from North-AtlanticV. Thierry, N. David Laboratoire de Physique des OcansThe DMQC procedure Look at the data to detect any anomalies: surface pressure, battery voltage, vertical sampling, pressure, temp
Washington - DMQC - 3
DMQC3September2008SeattleReferenceDatabaseforArgoDMQCC.COATANOAN1ReferenceDatabaseforArgoDelayedModeQuality Control DataSource :WOD2005fromNODCDMQC3September2008SeattleDatacollectedfromOCEANCLIMATELABORATORY2ReferenceDatabaseforArgoDela
Washington - DMQC - 3
A Potpourri of Atlantic ARGO float Calibrations: Explorations in Curve-fittingNorth Atlantic: 4900182North Atlantic: 4900182North Atlantic: 4900182 Theta 5-18North Atlantic: 4900182PostTropical North Atlantic: 4900154Tropical Atlantic:
Washington - DMQC - 3
Data Warts and CausesPressure Temperature SalinityData Warts & Causes: TemperatureThermal mass errors.As the float ascends through temperature gradients, the cell corrupts the water temperature. The temperature corruption induces a conductivi
Washington - DMQC - 3
Instrument errors and sensor failure modes PROVOR floatsV. Thierry Laboratoire de Physique des Ocans UMR 6523 CNRS/Ifremer/IRD/UBO CoriolisPROVOR CTF: FSI conductivity sensors Collar Unreliable sensors (large drift, jumps, etc) Problem with the
Washington - DMQC - 3
Introduction of a tool for Argo DMQC of salinity: Add-on Tool for Argo Consistency (ATAC)T. Kobayashi, T. Nakamura and H. NakajimaJAMSTEC We are going to introduce a tool used at JAMSTEC for the evaluation of Argo float salinity calibrated by WJO
Washington - DMQC - 3
Mediterranean OutflowBirgit Klein Federal Maritime Agency, Hamburg, GermanyMediterranean OutflowBirgit Klein Federal Maritime Agency, Hamburg, GermanyFlo t 6 0 2 4 a 900 6 N 0o5o 4L titu e ( N a d )4o 84o 23o 63o 0 6 oW 04o 8
Washington - DMQC - 3
Format and Consistency ChecksDMQC-3 Mark Ignaszewski FNMOCGeneral Checks Highly desirable parameters Dates: Check all dates for validity and consistency QC flags: Check that all QC flags have valid values <PARAM> variables: Check <PARAM> varia
Washington - DMQC - 3
INTEGRATEDSCIENCEDATAMANAGEMENTGulf of Alaska and Argo Delayed-Mode QCby: Mathieu Ouellet Argo DMQC3 Thursday, Sep 11 2008Integrated Science Data Management Ocean Science-Canadian Hydrographic Service Department of Fisheries and Oceans Cana
Washington - DMQC - 3
Regional oceanography for PSAL DMQCSome examples of OW in the Pacific T.Nakamura JAMSTECPreliminary experiment of new DMQC tool & Ref.DB. Because of time shortage, this experiment was executed only by the pair of latest version OW and Coriolis Re
Washington - BIOE - 599
Describe in one paragraph the factors driving the rate of degradation of a 1 cm3 poly(lactic acid) tissue engineering scaffold while tissue is forming within it in vivo.
Washington - BIOE - 599
Electron Spectroscopy for Chemical Analysis (ESCA)orX-ray Photoelectron Spectroscopy (XPS)Ratner and Castner, in Surface Analysis-Techniques and Applications, Vickerman (editor), John Wiley (1997) 43.Advantages of XPSHigh information content
Washington - BIOE - 599
Drug Delivery homework for MME course based on lecture of Allan Hoffman on May 8, 2006 Problem 1: You are working in a stent company that is developing a polymer-coated stent containing a new drug that blocks smooth muscle cell proliferation. Your bo
Washington - BIOE - 599
Name:_Biomaterials and Biocompatibility Final Exam MME program Spring 2006 No collaborations between students or help for any other sources. Open book and notes permitted. Exams are due by 6:30 pm Monday June 5th. This exam is worth 52 point tot
Washington - BIOE - 599
MME homework problems for Hoffman lecture #2 on "Biomaterials Compositions and Properties"In the following multiple choice questions there may be more than one correct answer, only one correct answer or none. You will receive 3 points for each
Washington - BIOE - 599
Drug Delivery homework for MME course based on lecture of Allan Hoffman on May 8, 2006 Problem 1: You are working in a stent company that is developing a polymer-coated stent containing a new drug that blocks smooth muscle cell proliferation. Your bo
Washington - BIOE - 599
National ESCA and Surface Analysis Center for Biomedical Problems (NESAC/BIO)David G. CastnerAn NIH National Center for Research Resources (NIH grant EB-002027) http:/www.nb.engr.washington.eduNIBIBCollaboratorsBuddy RatnerLara Gamble Mike Gar
Washington - BIOE - 599
Protein Engineering For Biomaterials: A Tutorial Case StudyPat Stayton Dept. of Bioengineering stayton@u.washington.eduStreptavidin Molecular VelcroHigh Afnity=Good Capture but Poor Release Protein Engineer Afnity/Off-Rate to OptimizeBiotinyla
Washington - BIOE - 599
PEAl2O3 ceramicNOTE: The PE is UHMWPECharnley prosthesis Metals may be Stainless Steel, Co-Cr alloy, or TitaniumZimmer porous metal Co-Cr hip prosthesisZimmer Epoch Femoral Stem ImplantComposition Porous Ti fixation surface Co-Cr core
Washington - BIOE - 599
Class Syllabus MME Program, Spring 2006 Spring Quarter: (10 sessions) Mondays, 6:30-9:50 p.m., March 27-June 5, 2006 (no class May 29, 2006), Bellevue. 4 credits.Biomaterials and Biocompatibility (BioE 599)Buddy Ratner, Professor Department of Bio
Washington - BIOE - 599
Homework 3 MME Course (BioE 599) 1. Describe blood compatibility concerns (duration of contact; materials; flow regimes) for a. a heart valve b. a membrane hemodialyzer c. a hollow fiber hemodialyzer (answers can be concise) 2. Propose a definition f
Washington - BIOE - 599
Homework Assignment for Stayton LectureEach student is required to write a ONE PAGE review of a primary literature paper that includes an example where a protein was engineered for a biomaterial application examples would be an engineered antibody