UMass (Amherst) - SOM - 631

SOM 631 MANAGERIAL ACCOUNTING Spring 2008Professor Richard Asebrook Office: SOM 341 Tues-Thur 10:00 11:30 and 2:30 4:00 Fri 9:00 11:00 and by appointment 545-5651 (Office) RAsebrook@aol.comPhone: E-mail:Course description: The course focuses

UMass (Amherst) - SOM - 739

UMass (Amherst) - SOM - 630

SOM 630 FINANCIAL ACCOUNTING Fall 2008Professor Richard Asebrook Office: SOM 341 Mon.-Wed. 9:00-10:00 and 2:00-2:45 Tues. 2:00-4:00; Fri. 9:30-11:30 and by appointment 545-5651 (Office)RAsebrook@aol.comPhone: E-mail:Course description: The cou

UMass (Amherst) - SOM - 322

ACCT 322 Final Exam Spring 2008 Friday, May 16 Chapter15 16 23 Statement of cash flows Class handout Likely areas (essays and problems) for final exam: Chapter 15 Journal entry sequence for o issuance of stock o distribution and payment of cash di

UMass (Amherst) - SOM - 321

ACCT 321 SECOND EXAMINATION Fall 2008 Time: Wednesday, November 19 in the evening (either 6:30 or 7:00) in SOM. Exact rooms and time to be announced in class on Monday, November 17. Scope and Point Distribution: Chapters 8 through 11. Point distribut

UMass (Amherst) - SOM - 582

SOM 582 International Accounting Fall 2007Professor Richard Asebrook Office: SOM 341 Tues.-Thurs. 9:00-9:30; 11:0011:30 and 1:002:30 Fri. 9:30 11:30 and by appointment 545-5651 (Office)Phone:Course description: The first part of the course is d

UMass (Amherst) - SOM - 630

SOM 630 FINANCIAL ACCOUNTING Fall 2007 Professor Richard Asebrook Office: SOM 341 Tues.-Thurs. 9:00-9:30; 11:00-11:30 and 1:00-2:30 Fri. 9:30-11:30 and by appointment 545-5651 (Office) RAsebrook@aol.comPhone: E-mail:Course description: The course

UMass (Amherst) - SOM - 321

ACCT 321 - Fall 2007 Sequence and Topics through First ExamDateSept. 4 Tuesday Sept. 6 Thursday Sept. 11 Tuesday Sept. 13 Thursday Sept. 18 Tuesday Sept. 20 Thursday Sept. 25 Tuesday Sept. 27 Thursday Oct. 2 TuesdayChapter TopicIntroduction 1 3

UMass (Amherst) - SOM - 630

SOM 630 Exam 1 Take-home Fall 2008 R. AsebrookName_On January 1, 2008, a new business was formed. The new company sells paint and paint supplies. During the month ended January 31, 2008, the following transactions took place: 1. 2. 3. On Jan.1,

UMass (Amherst) - SOM - 631

SOM 631 Problems Assignments thru Exam 2Exam 2 will focus on Chapters 5, 6, 7 and 8. Listed below are the end-of-chapter assignments for Chapters 5, 6, 7 and 8. Chapter 5 assignments Exercise 5-3 Exercise 5-5 Problem 5-14 Problem 5-15 Problem 5-16 P

UMass (Amherst) - SOM - 630

FIRST EXAM (In-Class) - SOM 630 Tuesday, September 30, 2008The in-class part of Exam 1 should take about an hour to complete. It covers the first three chapters of the textbook. About one-third of the total points will be allocated to short essay q

UMass (Amherst) - SOM - 631

SOM 631 Spring 2008 Schedule of Topics and CoverageDateJanuary 30 February 6 February 13 February 20 February 27 March 5 March 12 March 19 March 26 April 2 April 9 April 16 April 23 April 30 May 7Meeting Topic1 2 3 4 5 6 7 -8 9 10 11 12 13 14

UMass (Amherst) - SOM - 631

SOM 631 Problems Assignments thru End of SemesterChapter 10 assignments Exercise 10-1 Exercise 10-2 Exercise 10-3 Exercise 10-4 Exercise 10-5 Exercise 10-13 Problem 10-16 Problem 10-17 Chapter 11 assignments Exercise 11-7 Exercise 11-8 Exercise 11-9

UMass (Amherst) - SOM - 321

ACCT 321 FIRST EXAMINATION Fall 2007 Time: Thursday, October 4. The exam will be held during class; however, we will attempt to start the exam at approximately 2:20 instead of 2:30. Scope: Chapters 1 through 3, and Chapter 7 (including Appendix 7A) F

UMass (Amherst) - SOM - 322

Chapter 19 Accounting for Income Taxes AssignmentsGroup 1- Temporary differences, deferred tax assets and liabilities, and deferred tax asset valuation allowance Exercises 1, 4, 8, 14, 16 and 21 Problem 2 Group 2 Net operating loss (NOL) carrybac

UMass (Amherst) - SOM - 630

SOM 630 Topic Sequence through Remainder of Semester Fall 2008DateTuesday October 21Chapter5 6TopicStatement analysis Receivables & Revenue recognition InventoriesAssignmentExercises: 6-13; 6-19; 6-21; 6-23; 6-26 Problem: 6-34 Exercises:

UMass (Amherst) - CHE - 226

Equations of State For non ideal gases we will need a relationship for work and this requires a relationship for PVT (an equation of state): What are the assumptions for an Ideal Gas and their interactions ? How will real gases differ ? Q and T (abov

UMass (Amherst) - CHE - 120

How to determine Z . corresponding States Tr =T/Tc; Pr = P/PcPV = nZRT ; PV = nZRT; PV = ZRTGeneralized Correlations: Normally, Given T and P, look up Tc, Pc,note Newton's correction (He, H2)Calculate Tr, Pr (note accentric factor, , used other

UMass (Amherst) - CHE - 226

HW 5 Solutions Problem 3.12 Setting an Energy balance, n Delta H = Q + W, and solving for Q = - 2365 J/min Entropy balance, 0 = -n Delta S + Q/T + Sgen, solving for Sgen= n Delta S - Q/T Finding Sgen= n * [Cp*ln(T2/T1)-R*ln(P2/P1)] Q/T = 3.2667 J/K

UMass (Amherst) - CHE - 226

Chemical Engineering 226- Fall 2002 Monday-Wednesday-Friday 10AMLGRT 201Wm. C. Conner, Prof. Office: Goessmann 105 Help Session: Monday 2:30 LGRT 201 Office Hours: Wednesday & Friday 2:00-3:00 or by appointment Phone: 545-0316 office; 367-2182 (hom

UMass (Amherst) - CHE - 226

Chemical Engineering 226- Fall 2002 Monday-Wednesday-Friday 10:10 AMLGRT 201Wm. C. Conner, Prof. Office: Goessmann 105 Help Session: Monday 3:30 LGRT 201 Office Hours: Wednesday & Friday 2:00-3:00 or by appointment Phone: 545-0316 office; 367-2182

UMass (Amherst) - CHE - 120

Using The Clausius Clapyeron Equation with Raoult's Law for 2 Components (pg 262)At a constant T: Determine pA* and pB* pA*(T)=EXP(1/TbA-1/T)*(HA/R); pB*(T)=EXP(1/TbB-1/T)*(HB/R) yBP +yAP = xApA*(T) + xBpB*(T) P = xApA*(T) + (1-xA)pB*(T) P = pB*(T)

UMass (Amherst) - CHE - 120

Procedure for Single Unit Material Balances 1. Choose a basis for the Calculation Mass, Mole, Mass/time, Mole/time Start with what you are given to minimize conversions! 2. Draw a flow Chart and fill in all the known values on the chart! Label all un

UMass (Amherst) - CHE - 402

ChE 402 Notes: Spring 2003 wccOur Senior laboratory is (or can be) one of the CAP STONE courses in your education in Chemical Engineering. It exposes you to a series of experiments that demonstrate the principals that you have learned in your classe

UMass (Amherst) - CHE - 120

10lnY ValuesY = F(x)11lnX values10 0.5*A2+510logY ValuesC/4 E/5 1 2+4*LN(A2) 2+2*EXP(A2/10)Y = F(x)0.120*(1-2.3^(-A2/5) 2+(-2.4+13.6*A2-10.6*A2^2+A2^3)/200051015X values10Y = F(x)lnY Values10.11200.1l

UMass (Amherst) - CHE - 120

Processes with recycle: First: Why Recycle ? Why Purge ?Recycle Reactor Purge SeparatorWhen of interest for Chemical Engineers? Nature of the Reactions? Nature of the products/reactants? How to analyze ?

UMass (Amherst) - CHE - 120

ChE 120 Notes: Variables Needed in Process Analyses:We need to balance (and understand) process streams entering and exiting a piece of process equipment (or even a whole plant)! They can be liquid or gas or solid. How to treat each or the combinati

UMass (Amherst) - CHE - 120

Estimations of Properties (Ch. 5)Pressure (TOTAL) & Temperature are Common but Volume (density) for liquids and solids: assumption 1: "volume additivity"1 = xi i=1 iassumption 2: average densities (specific volumes)n = xi ii=1nWhat ar

UMass (Amherst) - CHE - 402

Lab ScheduleChE 402 Spring 2003GROUP ABCDEFGHIJ29 Jan.-Weds Need Large Class 31 Jan.-Friday In Lab: Learning the Equipment & Software, Preparation for Proposal 3 Feb.-Monday 4P 5P 3P 2P 1P 5 Feb.-Weds. 4 5 6P 3 2 1 7P 8P 9P 7

UMass (Amherst) - CHE - 120

Problem #1 MEK MW= Stiochiometric C4H8O .+ 5.5 O2 72 .-> 4CO2+ 4H2O .+33 N2 33with 50% excess O2 plus N2 C4H8O .+ 8.25O2 .+33N2 .-> 4CO2+ 4H2O .+2.75 O2 1 8.25 33 4 4 2.75 for one mole MEK total moles 43.75 out Enter 42.25 1314.4444 m3/day EXIT CO2

UMass (Amherst) - CHE - 120

Reactions and Equilibrium A + B -> C Define an equilibrium Constant Keq = yivi. dimensionless This appears independent of pressure which it is if vi =0. Indeed, Keq is specifically a function of Temperature (and the thermodynamics of the process). I

UMass (Amherst) - CHE - 120

What Tools will we learn to use (better or) ? Computer Based: Spread Sheets (Excel) Math. Analyses: MathCad Web Based: Dream Weaver EXPECTATIONS Units & Estimates Mass (Chemical) Balances Single and Multiple Process Steps With Phase Changes With Recy

UMass (Amherst) - CHE - 120

Data #120.015.0Y Values10.05.00.5*A2+5 N+(2+0.2*A2^2)/4 N+20*(1-2.3^(-A2/5) N+2+2*EXP(A2/10)0.010.015.0X Values20.00.05.0

UMass (Amherst) - CHE - 120

Recycle-R Wrsp,Srsp,Frsp,Grsp Feed- 100kg 0.4S; 0.6W T (R+F) Wt,St,Ft,Gt to Separator Wrsp,Srsp,Frsp,Grsp Overall 98%Conversion Products Wrsp,Srsp,Frsp,GrspFrom overall 97.5% Conversion Wrsp=0.58 Srsp=0.01 Frsp=0.205 Grsp=0.205 R/Feed (0.4-St)/(St-

UMass (Amherst) - CHE - 120

25Y = F(x)2015Y Values1050 0 5 10 15 X values 20

UMass (Amherst) - CHE - 120

Class Notes: 8 February 2000How to Write, Think and Speak More Effectively by Rudolph Flesch http:/www.amazon.com/exec/obidos/ASIN/0451167635/qid=948955230/sr=1-3/1032597877-7027027 ~ $5.59+ shipping from Amazon or I can get them into the book store

UMass (Amherst) - CHE - 120

Inlet Equations Basis kg in one min Mass A Ethanol B Water C .0.72 A into B = .0.32 = 2 =Out 1Out 2 Equations Mass A Ethanol B 0.652 Water C 2.006 1.4 1.3722 Solid DIn 1In 2Out 1Out 2Out 3Y Y0.95 Y0.05+Z Z0.05 Z0.95Basis kg in o

UMass (Amherst) - CHE - 120

Procedure for Single Unit Material Balances 1. Choose a basis for the Calculation Mass, Mole, Mass/time, Mole/time 2. Draw a flow Chart and fill in all the known values on the chart! Label all unknown streams use ni for molar and mi for mass. yi for

UMass (Amherst) - CHE - 402

Methanation Manual Below is a collection of recommendations and important facts about the methanation reactor system. These are taken from the reports of the graduating class of 2002 and 2003, and ChE 401 and 402 course websites. The IR an

UMass (Amherst) - CHE - 402

Polymerization Kinetics Lab Manual Set-up 1.) Set paraffin oil baths to desired temperature, two hours before the start of lab. 2.) Dry molecular sieves in oven for 15 minutes. Methyl Methacrylate Preparation 1.) Weigh out 1.2g sodium hydroxide (NaOH

UMass (Amherst) - CHE - 402

Making Growth Medium for Saccaromyces Cerevisae The growth medium is composed of: 20 g/L Glucose 20 g/L Peptone 10 g/L Yeast Extract 0.05 g/L Tryptophan To produce 1 liter of growth medium, begin with a clean, dry, 1-L Erlenmeyer flask. Add to the fl

UMass (Amherst) - CHE - 402

Cumulative Recommendations for Membrane Separation Before turning any air on make sure that your gas lines are free of any blockages or build-ups, which could cause air lines to pop off. Run tests with inlet pressures from 20-90 psi. L

UMass (Amherst) - CHE - 402

Injection Molding Lab ManualInjection Molder The polymer should be dried prior to experimentation (2 4 hours). It is important to alert the laboratory technicians the day before and they will turn on the ovens for you. Put about of polymer layer

UMass (Amherst) - CHE - 402

HEAT EXCHANGER Detailed Procedure for Cocurrent Operation. For the first day of experimentation, familiarity of the heat exchanger was essential. Knowledge of each valve's function was needed in order to use the equipment properly. After tracing

UMass (Amherst) - CHE - 402

Lab Manual MethanationLab Set UpHave lab techs 1) Turn on IR analyzers at least two hours before lab 2) Set temperatures to experiment specs 3) Run Hydrogen over catalystCalibrationSet valve to calibrate 1) Run pure nitrogen and set to 0 2) Run

UMass (Amherst) - CHE - 402

Ion Exchange Manual 12/15/02 Group A Begin by preparing the Copper Sulfate (CuSO4) solution of desired weight (or mole) percent. Be sure to prepare enough to run all experiments needed for this composition (0.75-1.0 L is sufficient for several runs).

UMass (Amherst) - CHE - 402

Gas Permeation Hints and TipsDOs Calibrate flowmeters and oxygen analyzers (O2 analyzers are slightly affected by flow) They are best calibrated against each other (the analyzers can calibrated to ambient air) Perform a material balance on oxygen in

UMass (Amherst) - CHE - 226

Third Exam ChE 226- 9 December 2002 wcc1. (35). You have developed a new process to dehydroxylate ethanol to ethylene (C2H5OH -> C2H4 + H2O). The reaction is active at 300oC giving 100% conversion and 100% selectivity (ethylene and water are the onl

UMass (Amherst) - CHE - 226

226 Lecture 4 How do we represent a process (or processes)? We will do in several ways (coordinates) and need to be able to convert between. P-V, P-T, V-T diagrams (now!)How many degrees of Freedom? Depends on.? More about Temperature!I will do t

UMass (Amherst) - CHE - 226

We have a few loose ends: For the van der Walls EOS in dimensionless form:P* = Pb2/a V* = V/b T* = RTb/aWe get:P* = T*/(V*-1) 1/V*2We noticed that a point of inflection developed at the critical point. What does this mean in terms of Vc*/Pc*)T

UMass (Amherst) - CHE - 226

Third Exam ChE 226 6 May 1999 wccConversion notes: MW, C = 12 ; H = 1, R = 8.314 J/gmoleK = 1.98 cal/moleK; 1 ton of refrigeration = 12,000 Btu/h; 1.34 hp = 103 J/s = 56.87 Btu/min All heat exchangers will employ a minimum 10K approach. State all y

UMass (Amherst) - CHE - 226

Answers to HW7 6.02 Methane Mass loss calculated by Pitzer: 1.64 kg Mass loss calculated by PR EOS : 1.66 kg Propane Mass loss calculated by Pitzer: 17.9 kg Mass loss calculated by PR EOS : 20.3 kg Butane Mass loss calculated by Pitzer: 4.9 kg Mass l

UMass (Amherst) - CHE - 226

Chemical Engineering 226 First Exam 7 October 1999wccProblem 1 (35 points)Three (3) gmoles of an ideal gas undergoes a closed cycle of four steps returning to its original state. The initial and final temperatures are 127 C. Calculate H, U, Q, W

UMass (Amherst) - CHE - 226

Chemical Exam ChE 226 Second Exam 10 November 1999wcc 1 (30) The diagram below shows the heat exchanger(s) in the undergraduate laboratory. Condensing steam is employed to heat water coming into the first exchanger (above). Only condensed water come

UMass (Amherst) - CHE - 226

Chemical Exam ChE 226 Second Exam 10 November 1999wcc 1 (30) The diagram below shows the heat exchanger(s) in the undergraduate laboratory. Condensing steam is employed to heat water coming into the first exchanger (above). Only condensed water come

UMass (Amherst) - CHE - 120

Problem #1 T1 64.7 337.7 Have 2T, 2P T2 100.00 373 Need H 3.10 kJ/m .=R*(lnP2/P1)/(1/T1)-(1/T2) R= T1 64.7 337.7 Have 2T, H, P1 flow out 1 l/min air 0.5 l/min N2 3.35 l/min MeOH T2 27 300 Need P2 0.870 A .=EXP(1/T1-1/T2)*(DH/R)*(P1) Total 4.85 0.2 l/

UMass (Amherst) - ECE - 665

Analysis of AlgorithmsInputAlgorithmOutputAn algorithm is a stepbystep procedure for solving a problem in a finite amount of time.Running Time (1.1) Most algorithms transform input objects into output objects. The running time of an alg

UMass (Amherst) - ECE - 667

rqjp%s rbrup`uXju%s`7zjrrjpum} txyx`6`xqu%rwp3zXxurqjps u` pv t t q ~|{ w| x p t x rqje`s %rwrpj} %uwxyxwuq~ t u t t t rqj5jrr b5 xb3 ` rw%p`jv%w%Gs7t unuxqGjt%rwrptso t p s t x x 77xbd5 e eb rre

UMass (Amherst) - ECE - 665

Merge Sort7 2 9 4 2 4 7 9 7 2 2 7 7 7 2 2 9 4 4 9 9 9 4 4Merge Sort1Outline and ReadingDivideandconquer paradigm (4.1.1) Mergesort (4.1.1) Generic merging and set operations (4.2.1) Summary of sorting algorithms (

UMass (Amherst) - ECE - 665

Minimum Spanning Trees2704 867 849 ORD 1846 SFO 337 LAX 1464 DFW 1235 1121 MIA 2342 802 1391 740 621 187 JFK 184 BWI 1090 946 144 1258 BOS PVDMinimum Spanning Trees1Outline and ReadingMinimum Spanning Trees (7.3) The PrimJarnik Algorithm (

UMass (Amherst) - ECE - 665

ECE 697B (667)Spring 2003Synthesis and Verification of Digital Systems Technology Mapping I based on tree coveringSlides adopted (with permission) from A. Kuehlmann, UC Berkeley 2003ECE 667 - Synthesis & Verification, Lecture 151Technology M