Union College - MATH - 117

Union College - MATH - 115

Union College - MATH - 115

Union College - MATH - 113

Union College - MATH - 30

Math 30, Winter 2005 Topics for Exam 2: Types of second order differential equations: You should be able to identify the various types of second order differential equations. Solutions to second order linear homogeneous differential equations: You sh

Union College - MATH - 117

Union College - MATH - 30

Math 30, Winter 2005 Topics for Exam 3 Systems of differential equations (Section 2.1): You should be able to use and analyze models involving systems, including predator-prey models. You should know how to set up a system to model a harmonic oscill

Union College - MATH - 115

Union College - MATH - 115

Union College - MATH - 115

Union College - MATH - 100

Union College - MATH - 13

Math 13 Homework February 16, 2005 1. Use the denition of the denite integral to nd the indicated integrals. For x use the k left endpoint of the kth subinterval.3(a)03x + 2 dx4(b)12x2 dx2. Use the denition of the denite integral to nd

Union College - MATH - 13

Math 13 Applied Max/Min Problems Procedure for doing Applied Max/Min Problems: 1. Draw a picture. 2. Assign variables and write out explicitly what each variable represents. 3. Write out the goal of the problem in terms of one of the variables: maxim

Union College - MATH - 100

Union College - MATH - 117

Union College - MATH - 30

Math 30 Sequences and Series Assignment 3 1. For each series determine whether or not the series is convergent or divergent. Justify your answer. (a) (b) (c) (d) (e) (f) (g) (h) (i) n=1 n=1n-2.5 n2 e-n3 1 n=1 n2 +n4 1 n=1 1+n2 3 n=1 2n +5

Union College - MATH - 100

Union College - ESSLLI - 04

Prolog programming: a do-it-yourself course for beginnersDay 2Kristina Striegnitz Department of Computational Linguistics Saarland University, Saarbrucken, Germany kris@coli.uni-sb.de http:/www.coli.uni-sb.de/~krisDay 2: Matching and Proof Sear

Union College - ESSLLI - 04

Prolog programming: a do-it-yourself course for beginnersDay 1Kristina Striegnitz Department of Computational Linguistics Saarland University, Saarbrucken, Germany kris@coli.uni-sb.de http:/www.coli.uni-sb.de/krisDay 1: Facts, Rules, and Querie

Union College - ESSLLI - 04

Prolog programming: a do-it-yourself course for beginnersDay 4Kristina Striegnitz Department of Computational Linguistics Saarland University, Saarbrucken, Germany kris@coli.uni-sb.de http:/www.coli.uni-sb.de/~krisDay 4: Definite Clause Grammar

Union College - ESSLLI - 04

Prolog programming: a do-it-yourself course for beginnersDay 3Kristina Striegnitz Department of Computational Linguistics Saarland University, Saarbrucken, Germany kris@coli.uni-sb.de http:/www.coli.uni-sb.de/~krisDay 3: Lists p.1Day 3: List

Union College - ESSLLI - 04

Prolog programming: a do-it-yourself course for beginnersDay 5Kristina Striegnitz Department of Computational Linguistics Saarland University, Saarbrucken, Germany kris@coli.uni-sb.de http:/www.coli.uni-sb.de/~krisDay 5: Definite Clause Grammar

Wisconsin - RACES - 2002

Track: Nurburg Sun Dec 30 23:01:30 2001PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 17 Mike Eppel Cooper CAN 8m26.965s 3 2 16 Chris Bayly

Wisconsin - RACES - 2002

Track: Nurburg Sun Dec 30 13:23:36 2001PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 3 Herbert Pohlai Brabham AUT 8m10.510s 2 2 16 Hannu Piispa

Wisconsin - RACES - 2002

Track: Monaco Sat Mar 09 22:09:52 2002Driver: speedcenter5 - Brabham No practice lapsNo race lapsDriver: Alan Owens - Eagle Practice lapsLap 1: 1m30.880sLap 2: 1m30.381sLap 3: 1m28.253sLap 4: 2m42.032s [Invalid lap]La

Wisconsin - RACES - 2002

Track: Nurburg Sun Apr 07 11:51:58 2002PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 3 Warren BennettF1 Brabham NZL 8m09.194s 3 2 8 Herbert Pohlai

Wisconsin - RACES - 2002

Track: Keimola Sun Mar 17 12:54:52 2002PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 2 Petra Kienast Lotus GER 1m16.922s 19 2 8 Ed Hut

Wisconsin - RACES - 2003

Track: Nurburg Wed Jul 23 22:34:00 2003PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 15 Alex Tikhonov Cooper CAN 8m09.563s 2 2 16 Scott Tuggle

Wisconsin - RACES - 2003

Track: Nurburg Sun Dec 22 23:20:40 2002PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 16 Alex Tikhonov BRM CAN 8m15.705s 5 2 3 Urban Alsenmyr

Wisconsin - RACES - 2002

Track: Nurburg Sun Apr 07 01:29:20 2002PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 14 Alan Owens Eagle IRE 8m13.559s 1 2 17 Alex Tikhonov

Wisconsin - RACES - 2003

Track: Bsarthe Sat Jun 07 23:08:53 2003PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 18 Peter Burke Lotus GER 3m18.155s 10 2 15 Jon Purdy

Wisconsin - RACES - 2002

Track: Mosport Sun Apr 14 22:34:05 2002PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 10 Jerry Seutter Brabham CAN 1m22.632s 18 2 7 Jim Fekete

Wisconsin - RACES - 2002

Track: Ims Sun May 26 12:36:44 2002PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 2 Ed Hut Lotus HOL 52.458s 16 2 17 Petra Kienast

Wisconsin - RACES - 2003

Track: Reims Sat Apr 05 23:16:24 2003PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 3 Paul Jackson Ferrari USA 1m58.896s 13 2 15 Marc Fraioli

Wisconsin - RACES - 2003

Track: Mosport Sun Feb 23 01:19:22 2003PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 17 Keith Allsop Cooper USA 1m21.397s 19 2 16 Robert Smith

Wisconsin - RACES - 2003

Track: Spa Sat Apr 19 23:28:24 2003PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 9 Paul Jackson Ferrari RSA 3m15.286s 11 2 16 Peter Burke

Wisconsin - RACES - 2003

Track: Spa Sun Apr 20 22:56:56 2003PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 8 Petra Kienast Lotus GER 3m19.043s 9 2 18 Dick Barker

Wisconsin - RACES - 2004

Track: Monaco Sun Nov 23 22:43:14 2003PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 9 Joe Prinkins Cooper USA 1m26.846s 22 2 2 Peter Burke

Wisconsin - RACES - 2003

Track: Mexico Sun Oct 27 22:34:11 2002PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 12 Jim Fekete Ferrari USA 1m48.729s 15 2 20 Peter Burke

Wisconsin - RACES - 2003

Track: Rouen Sun Mar 23 22:42:00 2003PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 11 Alex Tikhonov BRM CAN 1m58.229s 18 2 12 Keith Allsop

Wisconsin - RACES - 2003

Track: Watglen Sat Sep 07 22:48:22 2002PRACTICE TIMESPos No Driver Team Nat Time Diff Laps 1 8 Keith Allsop Ferrari USA 1m04.918s 27 2 2 Alan Owens

Union College - MER - 231

Union College - PHY - 18

Electromagnetic Induction Current Induced in a Straight Conductor Current Induced in a Loop of Wire Faradays Law of Induction Magnetic Flux Lenzs Law HomeworkCurrent Induced in a Straight Conductor A conductor of length moves with velocity t

Union College - IMP - 13

Integrated Math/Physics 13 SyllabusSpring 2005 Instructors Name Ofce Michael Vineyard S&E N310 Karl Zimmermann Bailey 108C Class Meeting Times Monday, Wednesday, and Friday 10:50 - 11:55 AM and 1:45 - 2:50 PM Thursday 8:50 - 10:40 AM Texts Calculus

Union College - PHY - 18

Physics 18 Test 2Spring 2003Name_ Section_Problem Score 1 2 3 4 TotalIn keeping with the Union College policy on academic honesty, it is assumed that you will neither accept nor provide unauthorized assistance in the completion of this work.

Union College - PHY - 310

Physics 310Union CollegeHomework #4Due Wednesday, October 5 Review problem: 1. [Das & Ferbel, XIII.2&3] Draw Feynman diagrams for the following interactions: (a) K+ + + 0 (b) + + + (c) K0 - + e + e+ (d) p + p 0 + K+ + p (e) + p +

Union College - PHY - 310

Physics 310Union CollegeHomework #7Due Monday, October 31 1. Dunlap, Chapter 5, 5.3 2. [Das & Ferbel, III.5] What would you expect for the spin and parity of the ground states of 23 Na, 35Cl, and 41Ca on the basis of the single particle shell mo

Union College - ECO - 243

Economics 243 Union College, Winter 2008Younghwan SongINTRODUCTION TO ECONOMETRICSClass: Office: Office Hours: Office Phone: E-mail:Mon, Wed, Fri 11:45AM-12:50 PM, Bailey 201 Social Sciences 109 Wed 4-5 PM, Thu 3-5 PM, and by appointment 388-

Union College - CSC - 070

Class PrepBring In-Class Exercise Paper for Classroom Printer Class Roster Course Outline, Grading & Policies Programming Standards & Documentation HW #1 Set up HannayD folder under My Documents (or H:/csc070) Run Excel Run "washer.m"

Union College - CSC - 077

CSc-077 H.W. #5 (due 10-May-2001)Animated HeapProject P-7.4 [page 330] Develop an applet or standalone program that uses a Frame to animate the heap. Your program should support all the priority queue operations and it should visualize the operati

Union College - CSC - 105

CSc-105 HW #3 "Class Grades Breakdown" (due 28 September 2005) Assignment This assignment is based on Projects 7 and 9 on page 179 of the text. Your applet should create both graphs appropriately placed on the same applet window. (bar chart and pie c

Union College - MER - 331

Lab#5:ProjectPart2ImagingFlow AroundaRadioControlledRaceCarThepurposeofthislabisto: learnaboutPIVtechniques, makeinstantaneousfullfieldvelocity measurementsofflowaroundamodelracecar tocomparetheresultstoCFDsimulations.ParticleImageVelocimetry

Union College - SCOTER - 331

Lab#5:ProjectPart2ImagingFlow AroundaRadioControlledRaceCarThepurposeofthislabisto: learnaboutPIVtechniques, makeinstantaneousfullfieldvelocity measurementsofflowaroundamodelracecar tocomparetheresultstoCFDsimulations.ParticleImageVelocimetry

Union College - MER - 331

Union CollegeMER331 Fluid MechanicsExperiment #1 - Measuring ViscosityPurpose:The purpose of this lab is to determine the viscosities of 3 oil samples (Oils A, B, and C) using three measurement techniques: rotational, falling ball and capillary

Union College - SCOTER - 331

Union CollegeMER331 Fluid MechanicsExperiment #1 - Measuring ViscosityPurpose:The purpose of this lab is to determine the viscosities of 3 oil samples (Oils A, B, and C) using three measurement techniques: rotational, falling ball and capillary

Union College - SCOTER - 331

Appendix A: Instructions for Brookfield Rotational ViscometerA-1I. INTRODUCTIONThe Brookfield Dial Viscometer measures fluid viscosity at given shear rates. Viscosity is a measure of a fluid's resistance to flow. You will find a detailed descrip

Union College - MER - 331

Union CollegeMer331 Fluid MechanicsRace Car Aerodynamics ProjectPurpose:The purpose of this project is to learn about the aerodynamic design of race cars and how it relates to lift and drag forces. In addition you will be introduced to techniq

Union College - SCOTER - 331

Union CollegeMer331 Fluid MechanicsRace Car Aerodynamics ProjectPurpose:The purpose of this project is to learn about the aerodynamic design of race cars and how it relates to lift and drag forces. In addition you will be introduced to techniq

Union College - SCOTER - 331

Union CollegeLab 6Mer331 Fluid MechanicsLab #6: Race Car Aerodynamics Lift and DragPurpose:The purpose of this weeks lab exercise is to measure the lift and drag forces acting on the radio controlled vehicle that your group is studying. Dra

Union College - MER - 331

MER331 Fluid MechanicsProf. AndersonGuidelines for Lab NotebooksWhy Maintain A Detailed Laboratory Notebook? Keeping a detailed laboratory notebook is good engineering practice in industry and academia: it can be used to support the validity of

Union College - SCOTER - 331

MER331 Fluid MechanicsProf. AndersonGuidelines for Lab NotebooksWhy Maintain A Detailed Laboratory Notebook? Keeping a detailed laboratory notebook is good engineering practice in industry and academia: it can be used to support the validity of