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Allan Hancock College - PAGE - 105883
Enquiry Management A better wayStudent Experience Fund ProposalVersion 1.0 March 2006Prepared ByJon Stubbs, Director Student ServicesTable of Contents 1 2 3 HOW TO READ THIS DOCUMENT . 3 EXECUTIVE SUMMARY . 3 DETAILED PROJECT PROPOSAL . 7
Allan Hancock College - PAGE - 36432
Style Manual for Student ServicesThe Division of Student Services has produced this manual to assist staff in producing publications to specific guidelinesStudent Services Style ManualTable of Contents Student Services Style Manual.. 2 Introduct
Montana - CHEM - 132
Final Exam: Friday May 8th @ 10:00-11:50 am Room assignments are posted on the main page (similar to Exam 3) The final exam is comprehensive & will contain ~40 questions. There will be roughly equal weighting of questions from each of the 4 previous
Montana - CHEM - 132
CHEM 132 OWL HW Assignments 1-10 Scores (Listed by last 4 digits of your ID)HW assignments 1-10 are scaled to 10 pts each (extra credit is scaled accordingly). The best 10 of 11 HW Assignments will be counted towards your total HW score.ID ID Last
Montana - CHEM - 132
CHEM 132 Grades: Grades are based on the following weighting of your hour exam, final exam, homework and lab scores (as listed in the class syllabus) : Hour Exams Final Exam Homework Lab (45%) (best three out of four scores will be counted) (20%) (10
Montana - CHEM - 132
CHEM 132 S'09 Exam 1 1. The molality (m) of a solution is defined as the a. moles of solute per kilogram of solvent. b. moles of solute per liter of solution. c. moles of solute per liter of solvent. d. grams of solute per liter of solution. e. grams
Montana - CHEM - 132
CHEM 132 S'09 Exam 2 1. Write the expression for KC for the reaction of acetate ion with water: CH3CO2(aq) + H2O(l) CH3CO2H(aq) + OH(aq)a. KC =b. KC =c. KC =[CH 3CO 2H][OH ][CH 3CO 2 ]d. KC =e. KC =2. Which of the following stateme
Montana - CHEM - 132
CHEM 132 S'09 Exam 3 1. An aqueous solution initially contains 0.10 M ammonium chloride, NH4Cl. What is the effect of adding ammonia, NH3, to this solution? 1. The pH will increase. 2. The concentration of NH4+ ion will increase. 3. The concentration
Montana - CHEM - 132
CHEM 132 S'09 Exam 4 1. What is the oxidation number of each atom in potassium nitrate, KNO3? a. b. c. d. e. K = +1, N = 3, O = 2 K = +1, N = +5, O = 2 K = +1, N = 3, O = +2 K = 1, N = +3, O = 2 K = 0, N = 0, O = 02. Which species in the reaction b
Montana - CHEM - 132
Colligative Properties When NaCl is dissolved in water, the vapor pressure, freezing point, boiling point and osmotic pressure of the solution are all different than pure water. Properties such as these, that depend directly on the concentration of
Montana - CHEM - 132
Osmosis & Osmotic Pressure Osmosis: the flow of solvent molecules through a semipermeable membrane from a region of lower solute concentration to higher solute concentration. semipermeable membrane: allows solvent molecules to pass but not solute
Montana - CHEM - 132
Weak Base Equilibria What is the pH of a 0.20 M NH3 ( Kb = 1.8 x 10-5 ) solution? NH3 + H2O I C E set up and solve in similar fashion as we did for weak acids Substitute equil. values into the Kb expression & solve for x. If Kb 100 < [base]0 , th
Montana - CHEM - 132
Precipitating an Insoluble Salt - Criterion for precipitation Calcium oxalate CaC2O4 (a component of kidney stones) is sparingly soluble with Ksp = 1.5 x 108. [Ca2+] = 0.0025 M in your blood, what [C2O42] is needed to just begin precipitation of CaC
Montana - CHEM - 132
Effect of Complex Ion Formation on Solubility Metal ions exist in aqueous solution as complex ions. For example, Fe2+(aq) is the Fe(H2O)62+ complex ion in in aqueous solution: Fe2+ + 6 H2O Fe(H2O)62+Cu(NH3)42+ : The formation of complex ions ca
Montana - CHEM - 132
Gibbs Free Energy 2nd Law of Thermo: for a spontaneous process: Suniv = + but or: Ssurr = Hsys TSuniv = Ssys + SsurrSuniv = Ssys Hsys TTSuniv = Hsys TSsyswe define :Gsys = TSunivGsys = Hsys TSsysGibbs EquationG : change in Gi
Montana - CHEM - 132
Electron Transfer Reactions & Electrochemistry All chemical reactions are either: Acid- Base reactions Electron transfer reactions - Redox reactionsCu(s)+Ag+(aq)Cu2+(aq) +Ag(s)loss of e`s Oxidationgain of e`s Reduction Oxidation
Montana - CHEM - 132
Uses of E Values: Relative Strengths of Oxidizing/Reducing Agents Good oxidizing agents are species that are easily reduced. Substances on the upper left of a table of standard reduction potentials (SRPs) are the best oxidizing agents because their
Montana - CHEM - 132
Nuclear Chemistry Chemical reactions involve rearrangements of valence e`s PE is stored in chemical bonds Nuclear reactions Involve changes in nuclei - PE stored in nucleus Discovery of Radioactivity: H. Becquerel, M. Curie, P. Curie Found ura
Montana - CHEM - 132
Nuclear Binding Energy Binding Energy: E required to separate the nucleus of an atom into its component protons & neutrons2 1Hmass: 2.01410 1p 1+1 0n1.008665 amuEb = 2.15 x 108 kJ/mol1.007825m = 1.007825 + 1.008665 - 2.01410 = 0.00
Montana - CHEM - 132
Ligands (cont.) Multidentate ligands generally form very stable complexes or chelates with metals. These ligands are also referred to as chelating agents. Ex. EDTA, ethylenediaminetetraacetate: a hexadentate ligandStructure & Isomerism in Coordina
Montana - CHEM - 132
CHEM 132 Exam 3 Spring 2008 1. Each of the following mixtures can produce an effective buffer solution EXCEPT a. b. c. d. e. HClO4 and NaClO4. HF and NaF. NaHCO3 and Na2CO3. Na2HPO4 and Na3PO4. NH4Cl and NH3.2. What is the pH of the buffer that res
Montana - CHEM - 132
CHEM 132 Exam 4 Spring 2008 1. What is the oxidation number of each atom in sodium perbromate, NaBrO4? a. b. c. d. e. Na = +1, Br = 1, O = 2 Na = +1, Br = +1, O = 2 Na = +1, Br = +7, O = 2 Na = 1, Br = 1, O = +2 Na = +1, Br = 1, O = 02. Which compo
Montana - CHEM - 132
CHEM 132 Exam 1 Spring 2007 1. The molality of a solution is defined as A. moles of solute per liter of solution. B. grams of solute per liter of solution. C. moles of solute per kilogram of solution. D. moles of solute per kilogram of solvent. E. mo
Montana - CHEM - 132
CHEM 132 Exam 4 Spring 2007 1. The oxidation numbers of nitrogen in N2O and N2F4 are, respectively, A. 2 and 3. B. 2 and +2. C. +1 and 1. D. +1 and +2. E. +1 and 3. 2. What is the reducing agent in the redox reaction that occurs in a lead storage bat
Montana - CHEM - 132
Chemical Kinetics Important questions in chemical reactivity: Is a reaction reactant or product favored? Thermodynamics How fast does it go? Kinetics By what mechanism? Kinetics - the study of reaction rates and their relation to the way a reactio
Sveriges lantbruksuniversitet - E - 894
Holography & Coherence For Holography need coherent beams Two waves coherent if fixed phase relationship between them for some period of timeCoherence Coherence appear in two ways Spatial Coherence Waves in phase in time, but at different point
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureSchool of Electrical and Information Engineering James G Rathmell (jimr@ee.usyd.edu.au)Computer Components Week 3Semester 1, 2009ELEC4605(2009) Week-03 2009-02-02 12:34:56 jimr@ee.usyd.edu.auELEC4605 Computer A
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureELEC4605 Computer ArchitectureWeek 3School of Electrical and Information Engineering James G Rathmell (jimr@ee.usyd.edu.au)Overview Tutorial 1 Review Topics for today VHDL Design & Design Verification (Continu
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureELEC4605 Computer ArchitectureWeek 10School of Electrical and Information Engineering James G Rathmell (jimr@ee.usyd.edu.au)Overview Announcements Laboratory Stage 2 Review Laboratory Stage 3 PreviewPCI Bus
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureSchool of Electrical and Information Engineering James G Rathmell (jimr@ee.usyd.edu.au)Design VerificationSemester 1, 2009ELEC4605(2009) Topic-DesignVerify 2009-02-02 12:34:56 jimr@ee.usyd.edu.auELEC4605 Comput
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureELEC4605 Computer ArchitectureDesign VerificationSchool of Electrical and Information Engineering James G Rathmell (jimr@ee.usyd.edu.au)Overview Goals of Design Verification Design-Verification Methods Overvie
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureELEC4605 Computer ArchitectureUniversal Serial BusSchool of Electrical and Information Engineering James G Rathmell (jimr@ee.usyd.edu.au)Overview Reasons for Developing the USB Standard Hardware Overview Trans
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureSchool of Electrical and Information Engineering James G Rathmell (jimr@ee.usyd.edu.au)Wishbone Interconnection ArchitectureSemester 1, 2009ELEC4605(2009) Topic-Wishbone 2009-02-02 12:34:56 jimr@ee.usyd.edu.auE
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureELEC4605 Computer ArchitectureTutorial 1School of Electrical and Information EngineeringJames G Rathmell (jimr@ee.usyd.edu.au)Tutorial 1: Introduction to Laboratory Equipment1 IntroductionThis tutorial is aim
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureELEC4605 Computer ArchitectureTutorial 2 - Example SolutionSchool of Electrical and Information EngineeringJames G Rathmell (jimr@ee.usyd.edu.au)2 Decodera) Create a new FPGA project and design a three-to-eight
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureSchool of Electrical and Information EngineeringJames G Rathmell (jimr@ee.usyd.edu.au)Tutorial 3: Processor Based Design in an FPGA Tutor Notes1IntroductionThe aim of this tutorial is to give an introduction t
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureSchool of Electrical and Information EngineeringJames G Rathmell (jimr@ee.usyd.edu.au)Tutorial 4: Computer Components - I/O Interface Tutor Notes1IntroductionThis tutorial gives you experience in interfacing I
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureSchool of Electrical and Information EngineeringJames G Rathmell (jimr@ee.usyd.edu.au)Tutorial 5: Computer Components - Memory Interface1IntroductionThis tutorial gives you experience in interfacing memory dev
Allan Hancock College - ELEC - 4605
CLKDIN[7.0] DOUT[7.0] ADDR[9.0] WE [9.0]ELEC4605 Computer ArchitectureRAMS_8x1KROMDATAO[7.0] ROMDATAI[7.0] MEMDATAO[7.0] MEMDATAI[7.0] [9.0] ROMADDR[15.0] ROMWR MEMADDR[15.0] ROMRD MEMWR MEMRD School of Electrical and INT0 PSWR Information Eng
Allan Hancock College - ELEC - 4605
CLKDIN[7.0] DOUT[7.0] ADDR[9.0] WE [9.0]ELEC4605 Computer ArchitectureRAMS_8x1KROMDATAO[7.0] ROMDATAI[7.0] MEMDATAO[7.0] MEMDATAI[7.0] [9.0] ROMADDR[15.0] ROMWR MEMADDR[15.0] ROMRD MEMWR MEMRD School of Electrical and INT0 PSWR Information Eng
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureSchool of Electrical and Information EngineeringJames G Rathmell (jimr@ee.usyd.edu.au)Laboratory Stage #1 Interface RAM and a Latch to the TSK80 CPU Tutor Notes1IntroductionThis document provides details for t
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureSchool of Electrical and Information EngineeringJames G Rathmell (jimr@ee.usyd.edu.au)Laboratory Stage #2 Interface the Keypad to the CPU using Interrupts Tutor Notes1IntroductionThis document provides details
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureSchool of Electrical and Information EngineeringJames G Rathmell (jimr@ee.usyd.edu.au)Laboratory Stage #5 Software to Implement the Stop Watch1 IntroductionThis document provides details for the final stage of th
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureELEC4605 Computer ArchitectureLaboratory ProjectSchool of Electrical and Information EngineeringJames G Rathmell (jimr@ee.usyd.edu.au) Lab 2: Interface the keypad to the CPU using interrupts The interface should
Allan Hancock College - ELEC - 4605
Supplementary Paper 47/34Semester 1, 2006Supplementary Paper 47/34Semester 1, 2006Question 1 (20 Marks)Seat Number . The schematic for a 4-bit, synchronous, positive edge triggered, up/down counter with synchronous reset and load inputs is s
Allan Hancock College - ELEC - 4605
Supplementary Paper 47/34Supplementary Paper 47/34Solution - Semester 1, 2006School of Electrical and Information EngineeringPeter Stepien (pstepien@ee.usyd.edu.au)Question 1 (20 Marks)The schematic for a 4-bit, synchronous, positive edge t
Marshall - CHM - 212
Chemistry 212Key 5Spring 20041. Which of the following is least likely to be colored? a) Co3+ b) Cr3+ c) Fe3+ d) Mn2+ e) V5+2. The reaction of CrBr3(H2O)5 with excess AgNO3 yields 1 mole of AgBr per mole of Cr. The best representation of this
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureSchool of Electrical and Information EngineeringJames G Rathmell (jimr@ee.usyd.edu.au)ELEC4605 Computer Architecture Lecture Notes Part IJames G Rathmell Peter Stepien School of Electrical and Information Engineer
Allan Hancock College - ELEC - 4605
ELEC4605 Computer ArchitectureSchool of Electrical and Information EngineeringJames G Rathmell (jimr@ee.usyd.edu.au)ELEC4605 Computer Architecture Lecture Notes Part IIJames G Rathmell Peter Stepien School of Electrical and Information Enginee
Marshall - SCIENCE - 110
Running WaterChapter 9Hydrologic cycle The hydrologic cycle: circulation ofEarth's water supply Processes of the hydrologic cycle Precipitation Evaporation Infiltration Runoff Transpiration Sublimation GroundwaterflowThe hydrolog
Marshall - DASA - 0405
Key Terms and Concepts in African American Literary Scholarship For contemporary biologists, popular ideas of "race" as expressed in distinct categories of appearance and other physical characteristics are empty and unscientific, especially as they i
Marshall - LEWIS - 181
Name_ Define the following key terms: 1. Denotation 2. Connotation 3. Characters 4. Plot -5. Setting -6. Conflict 7. Climax 8. Tone 9. Foreshadow 10. Flashback 11. Point of View
UC Davis - MATH - 133
HW2 (due April 15)For all the following problems, we consider an investment of period T . (1) Suppose the delivery price K of a forward contract is not exactly the T forward price, i.e. K = S0 erT KT . Show that the fair price of this forward contr
UC Davis - MATH - 133
Math 133: Homework 1Prepared by Gregory Shinault gshinault@math.ucdavis.edu1. Consider an investment opportunity that generates the following stream of cash flow: -1000, -1200, 800, 900, 800. Suppose you can borrow and/or lend money at the interest
UC Davis - MATH - 133
Math 133: Homework 2Prepared by Gregory Shinault gshinault@math.ucdavis.eduFor all of the following problems, we consider an investment of period T . 1. Suppose the delivery price K of a forward contract is not exactly the T -forward price, i.e., K
UC Davis - MATH - 133
Math 133: Homework 3Prepared by Gregory Shinault gshinault@math.ucdavis.edu1.2 We proceed by computing X1 directly for 1 = H and 1 = T . 5 X1 (H) = 0 S1 (H) + 0 (S1 - 5)+ (H) - (40 + 1.200 ) 4 3 3 = 80 + 30 - 50 1 - 0 = 30 + 0 2 2 and 5 X1 (T ) = 0
Wisconsin - CHEM - 342
RecrystallizationPurification of a solid by recrystallization from a solvent depends upon the fact that different substances are soluble to differing extents in various solvents. In the simplest case, all the unwanted materials are much more soluble
Allan Hancock College - PETR - 2510
15. Fluid through rock under stressDr Elena PasternakSlide 541. Fluid flow trough a faultDetermine the mean velocity of fluid flow through a fault Fault is modelled as a narrow planar channeld~ / dx pvh ph 2 d~ p v =- 12 dxh=h0-kpSlid
Marshall - CH - 340
OH12-2b (S&D-shifts)Supply & Demand shifts and E.R. appreciation and depreciation "Fundamental" factors have predictable impacts on the foreign exchange market Four Possible Shift Combinations