Register now to access 7 million high quality study materials (What's Course Hero?) Course Hero is the premier provider of high quality online educational resources. With millions of study documents, online tutors, digital flashcards and free courseware, Course Hero is helping students learn more efficiently and effectively. Whether you're interested in exploring new subjects or mastering key topics for your next exam, Course Hero has the tools you need to achieve your goals.
11 Pages
Final_461_F06-SOMESOLUTIONS
Course: ECE 461, Fall 2009School: Toledo
Rating:
Word Count: 1469
Document Preview
of University Toronto Faculty of Applied Science and Engineering Final Exam, December 2006 ECE 461: Internetworking Examiner: J. Liebeherr Exam Type: D Permitted aid: The only aid permitted is the binary-decimal conversion table stapled to this quiz. All problems have equal weight (10 marks each). Max Points 1 2 3 4 5 6 7 8 Total 5 5 5 10 5 10 10 5 55 STAPLE EXTRA SHEETS WITH YOUR SOLUTIONS TO THIS SHEET...
Unformatted Document Excerpt
Coursehero >> Ohio >> Toledo >> ECE 461Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
of University Toronto Faculty of Applied Science and Engineering Final Exam, December 2006 ECE 461: Internetworking Examiner: J. Liebeherr Exam Type: D Permitted aid: The only aid permitted is the binary-decimal conversion table stapled to this quiz. All problems have equal weight (10 marks each).
Max Points 1 2 3 4 5 6 7 8 Total 5 5 5 10 5 10 10 5 55
STAPLE EXTRA SHEETS WITH YOUR SOLUTIONS TO THIS SHEET BEFORE TURNING IN !
Name: ___________________
Email: ___________________
1
Problem 1. Assume that you have been assigned the 200.35.1.0/24 network block.
a) Define an extended-network-prefix that allows the creation of 20 hosts on each subnet. A minimum of five bits are required to define 20 hosts so the extended-network- prefix is a /27 (27 = 32-5). b) What is the maximum number of hosts that can be assigned to each subnet? The maximum number of hosts on each subnet is 2 5 -2, or 30. c) What is the maximum number of subnets that can be defined? The maximum number of subnets is 2 3 , or 8. d) 4. Specify the subnets of 200.35.1.0/24 in binary format and dotted decimal notation. Subnet #0: 11001000.00100011.00000001. 000 00000 = 200.35.1.0/27 Subnet #1: 11001000.00100011.00000001. 001 00000 = 200.35.1.32/27 Subnet #2: 11001000.00100011.00000001. 010 00000 = 200.35.1.64/27 Subnet #3: 11001000.00100011.00000001. 011 00000 = 200.35.1.96/27 Subnet #4: 11001000.00100011.00000001. 100 00000 = 200.35.1.128/27 Subnet #5: 11001000.00100011.00000001. 101 00000 = 200.35.1.160/27 Subnet #6: 11001000.00100011.00000001. 110 00000 = 200.35.1.192/27 Subnet #7: 11001000.00100011.00000001. 111 00000 = 200.35.1.224/27 e) List range of host addresses that can be assigned to Subnet #6 (200.35.1.192/27) Subnet #6: 11001000.00100011.00000001. 110 00000 = 200.35.1.192/27 Host #1: 11001000.00100011.00000001.110 00001 = 200.35.1.193/27 Host #2: 11001000.00100011.00000001.110 00010 = 200.35.1.194/27 Host #3: 11001000.00100011.00000001.110 00011 = 200.35.1.195/27 : Host #29: 11001000.00100011.00000001.110 11101 = 200.35.1.221/27 Host #30: 11001000.00100011.00000001.110 11110 = 200.35.1.222/27 f) What is the broadcast address for subnet 200.35.1.192/27? 11001000.00100011.00000001.110 11111 = 200.35.1.223
Problem 2. (5 points) 5. Aggregate the following set of (64) IP /24 network addresses to the highest
degree possible. 202.1.96.0/24 202.1.97.0/24 202.1.98.0/24 : 202.1.126.0/24 202.1.127.0/24 202.1.128.0/24 202.1.129.0/24 : 202.1.158.0/24 202.1.159.0/24 Solution:
2
. The CIDR aggregation is: 202.1.96.0/19 202.1.128.0/19 Similar to the previous example, if two /19s are to be aggregated into a /18, the /19s must fall within a single /18 block! Since each of these two /19s is a member of a different /18 block, they cannot be aggregated into a single /18. They could be aggregated into 202.1/16, but this aggregation would include 192 network numbers that were not part of the original allocation. Thus, the smallest possible aggregate is two /19s.
3
Problem 3. (20 Points) Bridges / LAN switches
Figure 1 (next page) shows a network of bridges (LAN switches) and LANs. The bridges run the IEEE 802.1d spanning tree protocol (STP). The Bridge IDs are given in the figure. Assume that all bridges send out their BPDU's once per second, and assume that all bridges send their BPDUs at the same time. Assume that all bridges are turned on simultaneously at time T=0 sec. (10 points) Use the following table to write the BPDUs which are sent by the bridges. For each cell, include: the BPDU (For each BPDU, only provide the <root, cost, bridge> fields) the ports on which the BPDUs is transmitted (write "none" if the BPDU is not sent on any of the ports). Bridge 1 T=0sec Bridge 2 Bridge 3 Bridge 4 Bridge 5 Bridge 6
T=1sec T=2sec
(10 points) After the spanning tree algorithm has converged, provide the following information for each bridge: Which is the root port? Which, if any, are designated ports of a bridge? Which, if any, are blocked ports. Bridge 1 Root Port Designated Ports Blocked ports Bridge 2 Bridge 3 Bridge 4 Bridge 5 Bridge 6
4
Bridge ID 1
Bridge ID 3
Bridge ID 5
LAN
port A port B
LAN
port A port B
LAN
port A port B
LAN
Bridge ID 6 port A port B
Bridge ID 4
Bridge ID 2
port B
LAN
port A port B
LAN
port A
Figure 1.
Problem 4. Consider a TCP connection that is transmitting over a 1 Gbps (Gigabit per second) with an average roundtrip time of 10 milliseconds. What is the maximum throughput of the TCP connection? How does the throughput change if the roundtrip time increases to 40 milliseconds?
g) What is approximately the maximum possible throughput of the TCP connection? Explain your answer. h) How does the answer change when the average roundtrip time is increased to ms. Solution: Since the capacity of the network is unlimited, the transmission delay of the data and the ACKs is zero. The figure shows a "round of transmission".
During one roundtrip time (20msec), the sender can transmit 64 KB) of data. We obtain: Throughput = 64 KB/20 msec = 3.2MByte/sec = 25.6 Mbit/sec When the propagation is doubled, the throughput is cut in half.
5
Problem 5. Assume a TCP flow has samples of RTT: (1, 3, 2) expressed in units of What
is seconds. the Smoothed RTT (srtt), rounttrip time variance (rttvar), and the value of the timeout calculated by TCP when it receives all these samples? (Assume that the current value are srtt = 3 sec, rttvar = = 0 sec. The gains in both the srtt and rttvar calculation are both set to 1/2.)
Problem 6. (10 points) Assume that we have a TCP connection between A and B. Assume that A
uses slow start and congestion avoidance with the following initial values: Congestion window (at time=0): cwnd=12 segment. Slow-start threshold: ssthresh=5 segments. For the purposes of this problem, assume that MSS= 100 Bytes. Assume that the following events occur at A: Time t = 0: A sends segment with 100 bytes to B, starting with SeqNo=0. Time t = 1: A receives an ACK with AckNo=100 Time t = 2: A sends segment with 100 bytes to B, starting with SeqNo=100. Time t = 3: A sends segment with 100 bytes to B, starting with SeqNo=200. Time t = 4: A receives an ACK with AckNo=100. Time t = 5: A sends segment with 100 bytes to B, starting with SeqNo=300. Time t = 6: A receives an ACK with AckNo=100. Time t = 7: A sends segment with 100 bytes to B, starting with SeqNo=400. Time t = 8: A receives an ACK with AckNo=100.
a. (4 points) Describe the actions performed by TCP Tahoe at time t=8, and describe the values of cwnd and ssthresh after the actions are performed. b. (3 points) Describe the actions performed by TCP Reno at time t=8, and describe the values of cwnd and ssthresh after the actions are performed.
c. (3 points) For both TCP Tahoe and TCP Reno, describe the actions performed when a timeout occurs between times t=5 and t=6.
Problem 7. (10 points) In the figure below, Host1 is a DHCP client, Host 2 is a DHCP server.
Router 1 is an IP router (i.e., IP forwarding is enabled), that is also configured as DHCP relay server.
6
DHCP server DHCP relay eth 0 no ip address eth0 10.0.2.1/24 eth1 10.0.3.1/24
eth1 10.0.3.21/24
Router1 Host 1
Ethernet Hub Ethernet Hub
Host 2
10.0.2.0/24 Network
10.0.3.0/24 Network
d. (4 Points) Explain why Router1 needs to be configured as a DHCP relay server. e. (3 Points) Describe how the relay server processes and directs a DHCP Request from Host 1 and the DHCP Reply to Host 1. Does the DHCP relay server modify the IP headers of the DHCP packets? f. (3 Points) List the IP source and destination addresses in the DHCP Request and the DHCP Response. If the addresses are changed at Router1, show the original and the modified addresses.
Problem 8. (10 Points) Most broadband (Cable/DSL) IP routers for home use perform the
following functions: DHCP client DHCP server NAT (IP masquerading) IP forwarding g. (5 Points) Explain how these functions are used to provide Internet access to multiple computers on a home network. h. (5 Points) Consider a home network where multiple such `home routers' are connected in series, as shown in the figure below. The home routers form multiple private IP networks, and only one of these networks is connected to the Internet. Suppose that host H1 is connected as shown in the figure. Under which conditions will H1 be able to access the...
Find millions of documents on Course Hero - Study Guides, Lecture Notes, Reference Materials, Practice Exams and more.
Course Hero has millions of course specific materials providing students with the best way to expand
their education.
Below is a small sample set of documents:
Below is a small sample set of documents:
Toledo - ECE - 461
IP AddressesIP AddressingIntroductory material.An entire module devoted to IP addresses. Structure of an IP address Classful IP addresses Limitations and problems with classful IP addresses Subnetting CIDR IP Version 6 addressesIP Addr
Georgia Tech - ECE - 2030
Registers Part Aphi 1 phi 2 IN 1 A 0 1 B 0Part BPhi 1 Phi 2 INPUT 1 A 0 1 B 0Part CIn In Out In Out OutTransparent LatchEnable Phi1Transparent LatchEnable Phi2Part D Part EPhi 1 Phi 2 INPUT WE 1 OUT 0Part F Part GPhi 1 Phi 2 INPUT
Georgia Tech - ECE - 2030
Registers and Latches Part A Implement a transparent latch using only four 2-input NAND gates and one inverter. Label in,out, and enable signals. Use correct mixed logic notation.In OutEnablePart B Implement a register with write enable, using
E. Michigan - IS - 449
<?php/ PHP Proxy example for Yahoo! Web services. / Responds to both HTTP GET and POST requests// Author: Jason Levitt/ December 7th, 2005/ Modified by Bud Gibson for google base, February 2007// Allowed hostname. You need to set this to th
Wisconsin - BME - 300
Prolapse Model Week 2 September 12-18, 2008Team: Hallie Kreitlow Team Leader Graham Bousley Communicator Andrew Bertram BSAC Sarah Switalski BWIG Client: Tova Ablove, MD Dept. of Obstetrics and Gynecology School of Medicine and Public Health Phon
Middlebury - ECON - 0428
Do Large Cities Have a Bright Future?Peter Prial and Jack Cuneo November 13, 2008 ECON 428The Rise of Urbanization In 1890, 39 percent of the nation's population was living in urban areas That percentage steadily increased, to 53 percent in
RIT - P - 07000
MSD I Deliverable ChecklistTeam:Show / Hide DescriptionsDeliverable (weight) MSD I Schedule/Project Plan (6%)(includes finalizing all remaining deadlines with sponsor/advisor)Score(Mentor, please initial)Date CompletedSuggested Deadline
Georgia Tech - PHYSICS - 3123
Georgia Tech - PHYSICS - 3123
PHYS 3123ASSIGNMENT #5SPRING 20011. Do problem 7.2 in Griffiths. 2. The space between two concentric metal spherical shells is filled with a weakly conducting material of conductivity . The larger shell has radius b; the smaller has radius a. T
Georgia Tech - PHYSICS - 3123
Georgia Tech - PHYSICS - 3123
Washington - CHEM - 162
Chem 162, Spring 2009, Prof. Joe ?, Final Exam #2, Page 21.(1 point). Circle the best answer. The Professor's last name in this course is: a. Brnsted b. Lewis c. Obamad. Normane. Mud2.(1 point). Circle your favorite answer. The best things
Johns Hopkins - CS - 461
Computer VisionProfessor HagerFace DetectionRaphael SznitmanFace Detection Goal: Identify and locate human faces in image (usually gray scale) regardless of their position, scale, in plane rotation, orientation, pose and illumination. The fir
Georgia Tech - ISYE - 2027
Solutions to Homework 4, prepared by Fred Zahrn (fzahrn@isye) 1. I use Professor Hayter's notation: A denotes the complement of A relative to the sample space S. (a) The test is 40% accurate if the dog has Lyme disease, so P (B|A) = .4 (b) The test i
Sveriges lantbruksuniversitet - ECON - 826
ECON 826, IO II, (Spring 2008) Dept. of Economics, SFUChristoph Llfesmann uProblem Set 1Note: When solving problems, please provide verbal explanations. This assignment is due on Wed January 23 in class. 1.) An agent chooses whether to work hard
Sveriges lantbruksuniversitet - ECON - 826
ECON 826, IO II, (Spring 2008)Department of Economics, SFU Christoph Llfesmann uProblem Set 2This assignment is due Wed, February 6 in class. 1.) Consider a team production problem with J 2 agents who work for a profit-maximizing principal. Sup
Sveriges lantbruksuniversitet - ECON - 826
ECON 826, IO II, (Spring 2008)Dept. of Economics, SFUProblem Set 3Note: This assignment is due on Fri Feb 15, at noon. Please turn in at my office, or slip under my door. I will post an answer key once all solutions are in. Thx. 1.) Consider the
Sveriges lantbruksuniversitet - ECON - 826
ECON 826, IO II, (Spring 2008)Dept. of Economics, SFUSuggested Solution to Problem Set 4Exercise 1 a) First Best means two things here. First, should the public service be provided (after date 2)? Second, what is the efficient effort level of M
Sveriges lantbruksuniversitet - ECON - 826
ECON 826, IO II, (Spring 2008)Dept. of Economics, SFUProblem Set 4This assignment is due on Wednesday, March 19. 1.) Consider the following privatization model in which a government may decide to sell a public firm to a private owner. The timing
Wisconsin - MEDIA - 0107
Hole Temp and Depth by Pressure Vs. Time From 1/4/2008 6:14:59 to 1/7/2008 6:14:59 100 Depth by Pres Hole Temp 80 0500Hole Temp C100040 150020 2000 0 2500 5.5 6 DOY IceCube ehwd plot, Mon Jan 07 08:23 2008 6.5 7Depth by Pressure60
Georgia Tech - CS - 6520
CS 6520 : Homework 0The homework is due on Thu, Jan 18th, in class. It will not be graded, but is mandatory. You can quote results from and refer to any standard book (give the reference). This homework is intended to test whether you have sufficien
Sanford-Brown Institute - EN - 162
Engineering 162 Spring 2005 SPICE Assignment Design of a Two-Stage MOSFET OpampIntroduction: A simple operational amplifier for use in on-chip filters and for other mixed signal applications often uses a two-stage topology similar to the example I
Sanford-Brown Institute - EN - 162
NOTE: This is an early draft version of this discussion. Please excuse the missing pieces!Current versus Voltage Characteristics of Long Channel MOSFETsIt is surprisingly difficult to calculate the current-voltage relations of MOSFETs to good accu
University of Hawaii - Hilo - ICS - 606
40 80 6000 4 5 20 67 3 16 45 2 29 34 15 7 3 39 63 2 7 19 9 31 23 42 25 72 34 10 36 16 15 12 18 15 3 6 4 8
University of Hawaii - Hilo - ICS - 606
0 0 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 0 V12345678910 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 0 1 2 3 4 5 6C
University of Hawaii - Hilo - ICS - 606
127200222 233 515 35 6 7 4 8 4 10 2 10 6 11 3 11 411 511 6
University of Hawaii - Hilo - ICS - 606
20 20 6000 3 4 5 15 3 4 2 3 1 3 218 311 217 23 418 41 617 63 818 81 1017 103 1218 121 1417 143 1618 161 1817 18
University of Illinois, Urbana Champaign - ECE - 445
WIRELESS LAPTOP ALARM SYSTEMBy Marla Cox Li TsengECE 445, SENIOR DESIGN PROJECT SPRING 2005TA: Shenghui ZhangMay 3, 2005Project 20ABSTRACT The wireless laptop alarm system is a packaged alarm device that can be attached to the back of a l
East Los Angeles College - ENGS - 0829
Acta Materialia 50 (2002) 37433755 www.actamat-journals.comMechanical deformation of dendrites by fluid flow during the solidification of undercooled meltsKalin Dragnevski, Andrew M. Mullis , Daniel J. Walker, Robert F. CochraneDepartment of Mate
Washington - PHYS - 121
Lecture 24 Agenda for TodayRigid body equilibrium Angular momentum Cross product Rotational dynamics variables as vectorsPhysics 121B: Lecture 24, Pg 1AP EC RAnalogy of Rotational and Linear Kinematics and Dynamicsr r r v r a r F I
Washington - PHYS - 122
:LdiodeCLC-circuits capacitive reactance inductive reactance Minimal Radio: runs without a battery!Physics 122B: Lecture 25, Pg 1ap ec RQLC- circuit, Oscillations, analysis:Q(t ) d 2Q(t ) + =0 LC dt 2differential equationPlug an
George Mason - ASTR - 111
The Nature of LightChapter FiveASTR 111 003 Lecture 05 Oct. 01, 2007Fall 2007Introduction To Modern Astronomy I: Solar SystemIntroducing Astronomy (chap. 1-6) Planets and Moons (chap. 7-15) Ch1: Astronomy and the Universe Ch2: Knowing the He
Allan Hancock College - IMS - 5006
IMS5006 - Information Systems Development PracticesStructured Systems Analysis and Design Method (SSADM); Information Engineering3.1Structured Systems Analysis and Design Method (SSADM) A comprehensive and structured approach to systems develo
Allan Hancock College - IMS - 5006
IMS5006 - Information Systems Development PracticesThe traditional SDLC and structured approaches: Structured Analysis2.1The traditional SDLC Traditional SDLC: basis for many systems development approaches since the 1970s e.g. NCC in the UK pr
St. Lawrence - IT - 107
WORKSHEET FOR CALCULATING SAVINGS FROM SWITCHING FROM INCANDESCENT TO CFL OR LED LIGHTING D. W. Koon Spring, 2009 Example Your RAW DATA numbers numbers Electricity cost ($/kWh) $0.14 Incandescent Bulb cost $0.42 Power Rating (W) 60 Estimated lifetime
St. Lawrence - IT - 107
LAB EXERCISES, PHYS 107, ENERGY Daniel W. Koon, Fall 2005 "The physics of automobile energy consumption" Teams: For this experiment, you will need to divide up into groups of two to three partners. One will be the driver, whose principal duty is to d
St. Lawrence - IT - 107
LAB EXERCISES, PHYS 107, ENERGY Daniel W. Koon, Fall 2005 Solar Energy - Part I In this lab exercise, we will measure the properties of photovoltaic [PV] cells. This will help us better understand not only solar electricity generation, but also some
St. Lawrence - IT - 107
LAB EXERCISES, PHYS 107, ENERGY Daniel W. Koon, Fall 2005 Solar Energy - Part II In our last laboratory exercise, we measured the current and "voltage" of an illuminated solar cell separately to estimate the power dissipation. This week we will see h
St. Lawrence - IT - 107
LAB EXERCISES, PHYS 107, ENERGY Daniel W. Koon, Fall 2005 Radioactivity PART A: Count rate in a smoke detector Set up a Geiger counter to measure the radioactive 241Am source in a smoke detector. The instructor will give you specific instructions for
Allan Hancock College - IMS - 5006
Monash University School of Information Management and Systems IMS5006 Information Systems Development PracticesTUTORIAL EXERCISES SEMESTER 1, 2005 Tutorial Week 12: Organisational themes continued; Evaluating ISDMs and the systems development proc
Georgia Tech - MATH - 4305
Math 4305, Summer 2009,Midterm, Practice Show all your work. Please give yourself 70 minutes. Problem 1 Suppose that the matrix below is the augmented matix of a system of linear equations 1 2 0 0 0 1 0 -2 0 0 0 10 3 1 k1 2 3 h a) F
Allan Hancock College - CSE - 9020
CSE9020 CASE STUDY PROJECT PLAN STANDARD STATUS - MANDATORY ISSUE DATE - June 22, 2009 This standard defines the minimum content requirement and review requirement of project plans. All teams enrolled in the Case Study unit will be required to mainta
Wisconsin - BME - 400
Progress Report 12 Tissue Sample Preparation Device for Biochemical Analysis Team Members: Sara Alford (Team Leader) Christine Koranda (Communications Rep.) Carla Maas (BWIG) Ryan Roth (BSAC) Client: Jeff Ross and Charles Tessier University of Wiscon
Wisconsin - BME - 400
Progress Report 13 Tissue Sample Preparation Device for Biochemical Analysis Team Members: Sara Alford (Team Leader) Christine Koranda (Communications Rep.) Carla Maas (BWIG) Ryan Roth (BSAC) Client: Jeff Ross and Charles Tessier University of Wiscon
Uni. Westminster - DS - 0229
1. Various Markets Farming dairy farmers Distribution Retailers: Fluid Commodities Exchange can be both a supplier and a demander. It is a central exchange to trade a variety of fluid commodities. Consumer Cheese market2. Consolidation Sinc
Georgia Tech - CS - 1050
Relations: Part 1Section 10.1 Definitions A binary relation R, from a set A to a set B, is a subset of A x B or R A x B A binary relation from A to B is a set R of ordered pairs where the first element of each ordered pair comes from
Delaware - CHEM - 445
Schedule of Experiments Group Student 1 Kathryn Durant 1 Stephen Ekatan 2 Britton Fink 2 Jessica Jennings 3 Nathan Jovanelly 3 Jessica Karacz 4 Kenneth Knudsen 4 Amee LaBonte 5 Mali Liu 5 Christopher Page 6 Eric Pickert 6 Randall PressMonday, 230-6
Delaware - CHEM - 445
Schedule of Experiments Group Student 1 Kathryn Durant 1 Jessica Jennings 2 Britton Fink 2 Mali Liu 3 Nathan Jovanelly 3 Jessica Karacz 4 Kenneth Knudsen 4 Amee LaBonte 5 Robert Limmer 5 Eric Pickert 6 Stephen Ekatan 6 Randall PressMonday, 230-630
Delaware - CHEM - 445
Schedule of Experiments Group Student 1 Todd Greco 1 Aditya Sharma 2 Michael Lowinger 2 Laura Stafford 3 Matthew Resutek 3 Kenneth Stapleford 4 Matthew Porisch 4 Jared Sharp 5 Patrick Schilling 5 James Vennard 6 Susan Swann 6 James Honer630-1030, M
Delaware - CHEM - 445
Schedule of Experiments Group Student 1 Jeffrey Cassel 1 Charles Collins-Chase 2 Andrew Janosko 2 Steven Kestel 3 John Kirkwood 3 Keith Kirkwood 4 James O'Leary 4 James Psathas 5 Bryan Schneider 5 Manvir Singh 6 Sara Speser 6 Mark Tsakiris600 - 100
Delaware - CHEM - 445
Sheet1<?xml version="1.0" encoding="UTF-8"?> <Error><Code>NoSuchKey</Code><Message>The specified key does not exist.</Message><Key>003a2cb8246891786da64Page 1
Delaware - CHEM - 445
Schedule of Experiments Group Student 1 Theresa Beinke 1 Nicholas Theodorakos 2 Robert Groff 2 Janine Jelks-Seale 3 Richard Lunt 3 Amy VanFossen 4 John McFadden 4 Ogbazgi Mehari 5 Brian Cook 5 Sharmila Shashidhara 6 Joseph Robinson 6 Thomas Lombardo
Delaware - CHEM - 445
Schedule of Experiments Group Student 1 Ryan Altenbaugh 1 Jordan Ballard 2 Jonathan Bartel 2 David Bell 3 George Brown 3 Joshua Dennis 4 William Flanders 4 Colleen Gendron 5 Benjamin Hawkins 5 Edwin Hernandez 6 6600-1000, Thursday 445-015 7-Feb 2/1
Delaware - CHEM - 119
Quantitative Chemistry Course OutlineI. Introduction A. Gravimetric vs Volumetric Analysis B. Quantitative (~99.9 % Complete) Reactions C. Concentration Units D. Stoichiometric Calculations II. Statistical Analysis of Data A. Significant Figures and
Delaware - CHEM - 119
<?xml version="1.0" encoding="UTF-8"?> <Error><Code>NoSuchKey</Code><Message>The specified key does not exist.</Message><Key>095ecc279ebd454ff7ca571efa8d6c383e882c39.doc</Key><RequestId>8 2C1397F0B4671B3</RequestId><HostId>gA0AT351j/KcrCCf+QJWm4asY6Y
UWO - INSTRUCT - 211
TUPE0241REGIONAL DIFFERENCES IN ACCESS TO DENTAL HYGIENE SERVICES FOR THOSE WITH HIV/AIDS IN CANADAMcCarthy G. M., Mara T. W., Driessen C, Stitt L. W. Schulich School of Medicine & Dentistry, The University of Western Ontario; London, CanadaBACK
UWO - INSTRUCT - 211
OCCUPATIONAL EXPOSURES TO HIV AMONG HEALTHCARE WORKERS IN CANADAMcCarthy G. M., Harris K. A., John M. A., Stitt L. W. Schulich School of Medicine & Dentistry, The University of Western Ontario; Clinical Microbiology, London Health Sciences Centre: L
S.F. State - GEOG - 751
MPAsWhat are MPAs?State of Marine Biodiversity and Fisheries Where, when, how established What they've accomplishedAre MPAs useful? Where should MPAs be used? ScienceTheory ExamplesBotsford, Roberts, Others (genetics, dispersal, equivalence yie
University of Illinois, Urbana Champaign - CS - 533
_1. Prefetching a. Consider the loop for i = 0 to 127 { for j = 0 to 31 A[i,j] = B[i] * C[j] } Try to improve performance by prefetching those references that you expect to miss in the cache. Assume that a read prefetch is expressed as PREFETCH(&var
UCF - EML - 5025
Subject to change by instructor Date Topic 9-Jan Introduction-Bearings 11-Jan Bearings 16-Jan Martin Luther King 18-Jan Bushing 23-Jan Retaining ring 25-Jan Shaft 30-Jan Nuts and Bolts 1-Feb Radial Cam 6-Feb Housing-Analysis 8-Feb Assembly 13-Feb Ass
Wisconsin - BME - 402
Valve for an Endotracheal Tube CuffProgress Report #9, March 30, 2006Client: Dr. Lester Proctor Team: Michael Alexander (Leader) Jack Ho (Communications) Claire Edlebeck (BWIG) Samantha Bergh (BSAC) March 24 to March 30, 2006 Problem Statement Deve