University of Hawaii - Hilo - ECON - 300

Economics 300 Intermediate Macroeconomics MWF 9:30 10:20 AM 112 Webster Hall Instructor: Michael Kimmitt Office: 535 Saunders Hall Phone: 561-7256 Office Hours: MWF 1-2 PM Email: kimmitt@hawaii.edu Webpage: http:/www2.hawaii.edu/~kimmitt/econ300Th

Washington - ANALYSES - 0500

PNA sfc. air temp. anomalies (C) (COADS) 1960-97-1.5-1.2-0.9-0.6-0.300.30.60.91.21.5

Washington - ANALYSES - 0500

Sfc. air temperature trends 1960-96 (C/decade)COADS 1-degree latitude-longitude resolution-0.9 -0.6 -0.3 0 0.3 0.6 0.9

University of Hawaii - Hilo - ECON - 300

Economics 300 Intermediate Macroeconomics M-F 10:30 11:45 AM BUSAD D103 Instructor: Michael Kimmitt Office: 507 Saunders Hall Office Hours: M-F 12:30 - 1:30 PM Email: kimmitt@hawaii.edu Webpage: http:/www2.hawaii.edu/~kimmitt/econ300This course de

University of Hawaii - Hilo - DOCS - 300

SOC 300: PRINCIPLES OF SOCIOLOGICAL INQUIRY QInstructor: Quincy Edwards Summer 2009 Session IIBasic methods for production and analysis y of data.Foundations for f understanding research.For more information, please refer to syllabus:

University of Hawaii - Hilo - MATH - 206

Math 206 Spring 2009, Dr. Brian Wissman Exam 3 Review Problems Improper Integrals: Determine if the following improper integrals converge or diverge. If the integrals converge, nd its value. (Use proper limit notation.)1.2 ln(x) dx x (x2 + 1)e2

University of Hawaii - Hilo - MATH - 206

Math 206 Spring 2009, Dr. Brian Wissman Exam 3 Review Problems Integral Test: Use the integral test to determine if the following series converge or diverge:1.n=1 1 2n + 32.(n2 + 2n - 1)e-2nn=43.n=1 1 n2 + 1 3n + 3)3 n34.n=2 (n

University of Hawaii - Hilo - MATH - 206

Exam 2 Study Guide Dr. Brian Wissman Math 206-001 Spring 2009 The second exam will roughly cover sections 7.1, 7.2, 7.3, 7.4 and 7.7. More specifically, to do well on the exam you should at least know: Integration by Parts Tabular Integration by Pa

University of Hawaii - Hilo - MATH - 206

Math 206 Power Series Homework, Due: Finals Day 5/13 Interval of Convergence: Determine on which interval the power series converges. (Be sure to check convergence at the endpoints too.)1.n=1 xn n2 xn n! (x + 3)n n2.n=0 3.n=1 4.10n (x

University of Hawaii - Hilo - MATH - 301

Math 301 Spring 2009 Dr. Brian Wissman Problem Set 2, Due 1-30 Method of Characteristics Solve the following first order linear equations using the method of characteristics. u u 1. + xt = -u, u(x, 0) = f (x) t x u u 2. +x = -xu, u(x, 0) = f (x) t x

University of Hawaii - Hilo - MATH - 232

Exam 3 Study Guide Dr. Brian Wissman Math 232 Spring 2009 The exam will roughly cover sections 14.2 through 14.5. Evaluate various line integrals of vector elds: Circulation, Flux Evaluate a line integral in dierential form.CM dx + N dy + P dz

Berkeley - MCB - 250

MCB 250: Molecular ImmunologyFall, 2004 Prof. Schlissel Prof. Raulet Prof. WinotoToday's game-plan Overview of the immune system Structure of the course and administrative issues Start right in- innate immunity mini-lectureRole of the Immune

University of Hawaii - Hilo - MATH - 300

Math 300 Fall 2008 Exam 3 Study Guide Dr. Brian Wissman The second exam will roughly cover sections 2.3, 2.5, 2.8 and 3.1. (2.1 and 2.2 also contain material needed to solve some problems) More specically to do well on the exam you should know the fo

University of Hawaii - Hilo - ICS - 311

ICS311 Assignment 3: Algorithm Design www2.hawaii.edu/~akinseyAnthony Kinsey akinsey@hawaii.eduAlgorithm:1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

Maryville MO - MTH - 110

Name:Date: Math 110 Quiz 2Instructions: You must show all of your work. 1. Simplify the following expressions: (a) (3x2 - 2x + 1) - (2x2 - 3x - 4) (2 pts each)(b) (2x + 1)(x2 - 2x - 1)2. Factor each of the following completely: (a) 4t4 - 12t3

Maryville MO - MTH - 107

IntroductiontoFiniteMathematics,Summer2008MTH107Section2000 LASSMEETS: C NSTRUCTOR: I MTWTh89:45 Tyler109 ZacharyKudlak Office:Tyler103a OfficeHours: MTWTh1011orbyappointment Email:zak@math.uri.edu Phone: 8745973 Website:http:/www.math.uri.edu/~

Maryville MO - MTH - 132

Name:(1 pt) Date: Math 132 Quiz 1Instructions: You must show all of your work. Find the derivatives of the following functions: 1. f (x) = 7x3 - 2x2 + 3x + 5 (3pts each) 3 2. g(x) = 5 x + 2 x3. h(x) = x2 ex

Berkeley - EPS - 260

DTD 5ARTICLE IN PRESSEarth and Planetary Science Letters xx (2005) xxx xxx www.elsevier.com/locate/epslNonequilibrium magma degassing: Results from modeling of the ca. 1340 A.D. eruption of Mono Craters, CaliforniaHelge M. Gonnermann a,*, Mic

Colby - CH - 142

Latimer Diagrams Latimer diagrams summarize a large amount of redox information. In acidic solution: ClO4 + 2 H + 2+e- ClO3 + H2O-ERed 1.19 V 1.21 V 1.65 V 1.63 VClO3- + 3 H+ + 2 e- HClO2 + H2O HClO2 + 2 H+ + 2 e- HClO + H2O HClO + H+

Maryville MO - NRS - 409

NRS 409/509 Exam 1Name _Read every question carefully. You may use a calculator if you wish. Conversion tables are provided at the end of the exam. If you have any questions, raise your hand. Be sure to show your work on computational questions.

MNSU - EE - 107

EE 107 Spring 2009Source Code GuidelinesWhen you are writing your source code (on the computer) for homework or lab assignments, there are some guidelines that we (the instructor and the T.A.s) want you to follow. These guidelines may seem overly

Bowling Green - CS - 8540

BME280/CSE277/CSE377: Bioinformatics Spring 2006Administrivia Lecture time: TTh 12:30-1:45pm Lecture place: Engineering II, Room 322 Instructor: Ion Mandoiu Office: ITEB 261 Tel: 6-3784 E-mail: ion@engr.uconn.edu Office hours: MW 1-2pm2T

Bowling Green - CS - 8540

Outline Last time: Molecular biology primer (sections 3.1-3.7) PCR Today: More basic techniques for manipulating DNA (Sec. 3.8) Cutting into shorter fragments Reading fragment lengths Reading DNA sequence Probing presence of specific fragme

Bowling Green - CS - 8540

OutlineMore exhaustive search algorithms Today: Motif finding regulatory motifs and profiles the motif finding problem brute force motif finding search trees and branch-and-bound motif search the median problem finding the median by branch-and

Bowling Green - CS - 8540

Outline Today's topic: greedy algorithms Genome rearrangements Sorting by reversals Breakpoints Shotgun sequencing Fragment assembly: the shortest superstring problem Finishing problem Next time: greedy algorithms for motif finding1Turni

Gettysburg - CS - 111

1 12342 24683 36924 48265 50506 62847 74188 86429 9876

MNSU - ENG - 4742005

ENG 474: Researching and Writing Technical ReportsMonday 6:00 p.m. 9:30 p.m. 203 Armstrong Hall Fall Semester, 2005 4 creditsInstructor InformationGretchen Haas 201N Armstrong Hall gretchen.haas@mnsu.edu 389-5506Office HoursMonday 2:30-5:30 T

MNSU - ENG - 2712005

ENG 271: Technical CommunicationTuesday/Thursday 12:00 p.m. 1:45 p.m. 118 Wissink Hall Fall Semester, 2005 4 creditsInstructor InformationGretchen Haas 201N Armstrong Hall gretchen.haas@mnsu.edu 389-5506Office HoursTuesday 8:30-11:30 Wednesda

Portland - PH - 223

1. The figure shows a solid cylinder, of mass M=0.5 Kg, attached to a horizontal spring (k=2 N/m) rolling without slipping a long a horizontal surface. The spring is stretched by 0.25 m and released from rest. a) Write down the equation of motion (tr

Portland - PH - 223

This lecture will not be included in the final exam

Portland - PH - 223

This lecture will not be included in the final exam

MNSU - IT - 110

Chapter12:Simulationand ModelingInvitation to Computer Science, C+ Version, Fourth EditionObjectivesIn this chapter, you will learn aboutComputational modelingRunning the model and visualizing resultsInvitationtoComputerScience,C+Versio

MNSU - ISYS - 101

Fundamentals of Information Systems Fourth EditionChapter 2 Hardware and SoftwareWhy Learn About Hardware and Software? Hardware can improve productivity, increase revenue, reduce costs, and provide better service Managers are expected to know a

Washington - CHEM - 152

Lecture 9: Cell Potentials Reading: Zumdahl 11.2 Outline What is a cell potential? SHE, the electrochemical zero. Using standard reduction potentials.Cell Potentials In our galvanic cell, we had a species being oxidized at the anode, a specie

Oakland University - CSE - 598

CSE 498/598k: Homework #2 UpdateDue: 11/05/0411.1Compiling ProtoMolIn generalYou will find a tarball of the ProtoMol2 source code at /afs/nd.edu/coursefa.04/cse/cse598k.01/www/hw/hw2/protomol2.tar.gz Copy the source code into your directory.

Washington - CHEM - 239

East Los Angeles College - PHYS - 20692

High Energy AstrophysicsProblems & Solutions 6Giampaolo PisanoJodrell Bank Centre for Astrophysics - University of Manchestergiampaolo.pisano@manchester.ac.ukMarch 2009Supernova 1987A 1/5: Problems- The Supernova SN1987A occurred in LMC at a

Washington - CHEM - 142

Chapter 7 Acids and Bases7.1 7.2 7.3 7.4 7.5 7.6 7.7 7.8 7.9 The Nature of Acids and Bases Acid Strength The pH Scale Calculating the pH of Strong Acid Solutions Calculating the pH of weak Acid Solutions Bases Polyprotic Acids Acid-Base Properties o

Oakland University - CSE - 598

CSE 498/598k: Homework #1Due: 09/21/041. Complete Chapter 1 and Chapter 2 (through Section 2.1, page 47) of the NAMD tutorial available online at: http:/www.ks.uiuc.edu/Training/SumSchool/labs.html It is listed under the item: Tue, 6/3: Statistica

Washington - CHEM - 220

Washington - CHEM - 239

Washington - CHEM - 237

Oakland University - CSE - 598

1Agent-based Simulation of MorphogenesisScott Christley and Xiaorong Xiang Dept. of Computer Science and Engineering University of Notre Dame Email: {schristl,xxiang1}@nd.eduAbstract We propose and implement an agent-based model and simulation o

Oakland University - CSE - 598

QFC AlgorithmJohn Tan Biological Sciences, University of Notre Dame Notre Dame, Indiana 46556, United States jtan1@nd.eduperiodic feature classifier or QFC algorithm [6], that was designed and trained to identify a family of transmembrane proteins

Oakland University - CSE - 598

Computational Biology Sequence AlignmentInstructor: Prof. Jess A. Izaguirre Textbook: Introduction to Computational Molecular Biology Setubal and Meidanis, Chapter 3 References: Jignesh M. Patel, University of Michigan Z. Luthey-Schulten, "Bioinform

Oakland University - CSE - 598

Computational Biology Protein-Protein Interaction PredictionInstructor: Prof. Jess A. Izaguirre Reference: C. Huang et al., Predicting Protein-Protein Interactions from Protein Domains Using a Set Cover Approach, in review, IEEE/ACM Transactions on

Oakland University - CSE - 598

Computational Biology Protein ThreadingInstructor: Prof. Jess A. Izaguirre Textbook: Introduction to Computational Molecular Biology Setubal and Meidanis, Chapter 8.3 References: R. H. Lathrop and T. F. Smith, Global Optimum Threading with Gapped Al

Oakland University - CSE - 598

Roots of UnityFor given integer , we use notation " % & ! # CSE 412/CS 454/MATH 486 Parallel Numerical Algorithms 17. Fast Fourier Transform(Prof. Michael T. Heath) 0 12 2 2 1 'for primitive th root o

Oakland University - CSE - 598

Computational Biology Protein Folding SimulationsInstructor: Prof. Jess A. Izaguirre Reference: CASP webpagehttp:/predictioncenter.llnl.gov/casp6Textbook, Chapter 2CASP Biannual protein structural prediction competition Metric root mean squa

Oakland University - CSE - 598

Computational Biology Software for Molecular DynamicsInstructor: Prof. Jess A. Izaguirre Reference: ProtoMol webpage http:/www.nd.edu/~lcsl/Protomol.htmlOverview P ROTO M OL & MD Getting Started & Running Design & Source Adding a New Force R

Oakland University - CSE - 598

Computational Biology Molecular DynamicsInstructor: Prof. Jess A. Izaguirre Textbook: Tamar Schlick, Molecular Modeling and Simulation: An Interdisciplinary Guide, SpringerVerlag, Berlin-New York, 2002, chapters 7,8 Reference: NIH Center for Computa

Oakland University - CSE - 598

Computational Biology Protein StructureInstructor: Prof. Jess A. Izaguirre Textbook: Tamar Schlick, Molecular Modeling and Simulation: An Interdisciplinary Guide, SpringerVerlag, Berlin-New York, 2002, chapters 1,3 Reference: E. Alberts et al., Mole

Oakland University - CSE - 598

ModelingMyxobacteriawith CompuCell3DBy:MattRissler December15,2004 CSE598KCellularPottsModelOverview Latticeofpixels Eachpixelisassigned anindex(0=Medium, 1=Cell1,2=Cell2,.) Apixelisrandomly selectedandis randomlychangedto neighboringpixels ty

Oakland University - CSE - 598

A Framework for ThreeDimensional Simulation of MorphogenesisTrevor Cickovski, Chengbang Huang, Rajiv Chaturvedi, Tilmann Glimm, H.G.E. Hentschel, Mark Alber, James A. Glazier, Stuart A. Newman, Jess A. Izaguirre Presented by Scott ChristleyCSE 598k

East Los Angeles College - PHYS - 20692

High Energy AstrophysicsProblems & Solutions 1Giampaolo PisanoJodrell Bank Centre for Astrophysics - University of Manchestergiampaolo.pisano@manchester.ac.ukFebruary 2009Black Body: Problem 1- Large cavity with a small hole maintained at co

Oakland University - CSE - 598

Docking and computational drug-designSantanu ChatterjeeProtein flexibility and drug design: how to hit a moving targetBy Heather A. CarlsonIntroduction What is a moving target? Why consider a moving target?Why moving target?MPS Current p

Oakland University - CSE - 598

Novel Methods of Sampling Phase Space in the Simulation of Biological SystemsBruce J. Berne and John StraubMeasuring the Rate of Phase-Space SamplingSystem needs to be in ergodic state before MD simulations can determine the conformational eq

Oakland University - CSE - 598

PROTOMOL: Object-oriented framework for Prototyping Novel Algorithms for Molecular DynamicsAuthor: Matthey et al. Presenter: Santanu Chatterjee Computational Biology (CSE598K) Fall 200419/17/2004PROTOMOL design issuesRapid development of eff

Oakland University - CSE - 598

Monte Carlo And Hybrid Monte Carlo MethodsScott Hampton Computer Science and Engineering University of Notre DameMonte Carlo And Hybrid Monte Carlo Methods p.1/25TopicsStatistics Random Number Generators Molecular Dynamics Monte Carlo Method H

MNSU - EE - 107

EE 107 Spring 2008 Assignment #12 Due Week #15 in your lab section. (April 28th May 2nd)Student Name:_ Course ID:_ Lab Section(s):_ Score:_ The GUI program was able to successfully save data to a text file:_ The GUI program was able to successfully

MNSU - EE - 107

EE 107 Spring 2008 Assignment #6 Due Week #8 in your lab section. (March 3rd March 7th)Student Name:_ Course ID:_ Lab Section(s):_ Score:_ For each problem you will need to do the following: 1. Include a title block in the beginning of your code th