Boise State - ACCT - 302

OBJECTIVES*Provide an overview on sales tax*Create Ledger Posting Groups*Create Sales Tax Authorities*Create Sales Tax Codes*Create Sales Tax Codes Intervals*Create Sales Tax Groups*Create Item Sales Tax Groups*Set up Sales tax jurisdictions*Crea

Boise State - ACCT - 303

CHAPTER11FlexibleBudgetingandtheManagementofOverheadandSupportActivityCostsANSWERSTOREVIEWQUESTIONS111 Astaticbudgetisbasedononlyonelevelofactivity.Aflexiblebudget allows forseveral different levelsofactivity.112 The advantage of a flexible budget

Boise State - ACCT - 304

ACCT 304 CONTEMPORARY ISSUES IN INTERMEDIATE ACCOUNTINGFINAL EXAMNAME_Instructions:1. This exam consists of five sections, Section 1 is required to be completed select any three of theremaining four sections to complete a total of four sections. Budg

Boise State - ACCT - 304

Cost AccountingExam Chapters 8-91. Long-range planning carried out by top management is referred to as _.ANS: strategic planning2. The starting point for any master budget is the _.ANS: sales budget3. A budget that is prepared by adding a new budget

Boise State - ACCT - 304

Chapter 19 Wileyplus Practice AssignmentIn 2007, Speedy Gonzalez Corporation had pretax financial income of $168,000 and taxable income of$114,000. The difference is due to the use of different depreciation methods for tax and accountingpurposes. The e

Boise State - ACCT - 304

Timed Quiz on Wiley Plus:Test Bank, Question 29Correct.Proceeds from an issue of debt securities having stock warrants should not be allocated between debt andequity features whenthe market value of the warrants is not readily available.the allocati

USC - PTE - 411x

1a)TRUEDue to the configuration f fluids in the pore space, the NW phasewill have more access at the ireducible wetting phase saturation1b)FALSEThe residual saturation of NW phase is caused by capillary pressurePc is a function of IFT1c)TRUE (awa

USC - PTE - 411x

Petroleum Engineering 411x/463LIntroduction to Transport Processes in Porous MediaClosed Book Final Examination,December 14, 2009: 2:00pm-4:00pm1 page of notes (both sides) and a calculator are allowed in the examination.Use additional paper, as need

USC - PTE - 411x

FLANKOILASSETREVIEWNIGERDELTAFIELD4TEAMPAbhinavPurohit,BenjaminOviedo,RichardChandraChanPTE461FormationEvaluationProf.DonaldHill12/09/2011OUTLINESummaryWellInformationMethodologyPayCutoffsResultsRecommendationsQuestionsNIGERDELTAWELLSUMMAR

USC - PTE - 411x

PTE463/411 Solution to HW1HW1-1a: Fluid propertiesViscosity Sets the resistance to flow (see Darcys law).Density Sets the force on a fluid in a gravitational field.Compressibility Sets the level at which a fluid will compact under apressure gradient

USC - PTE - 411x

PTE 411x/463L: Introduction to transport processes in porous mediaHomework 1: Due on Wednesday September 8, 20101. Fluid properties1a)List at least three important fluid properties and describe their relevance toflow and transport in porous media.2.

USC - PTE - 411x

HW21a)QLRHGiven data1 m3/day0.4 m0.05 m0.1 mUsed in calc1.15741E-05 m3/sec0.4 m0.1 mA=pi*R^20.007853982 m^2k200 mD1.97358E-13 m^2my1 cp0.001 Pa*secdens1000 kg/m31000 kg/m3-Q=k*A/my*(del_P/L+dens*grav*H/L)grav9.82 m/s^2del_P

USC - PTE - 411x

PTE 411x/463L: Introduction to transport processes in porous mediaHomework 2: Due on Wednesday September 15, 20101) Application of Darcys law1a) A cylindrical porous media with radius R and length L is oriented such that thedifference in height betwee

USC - PTE - 411x

PTE 411x/463L: Introduction to transport processes in porous mediaHomework 3: Due on Wednesday September 22, 20101) Application of Darcys law1a) A proposed water filtration system design using an annular porous media is sketchedin the figure below. Th

USC - PTE - 411x

HW4-1arcdens waterdens oilh5.00E-0410007502Pcmkg/m3kg/m3cm0.02 m49.1 PaIFT1.74E-02 N/m1.74E+01 mN/m1.74E+01 dynes/cmHW4-1dSwPc (KPa)0.05 0.0750.10.150.20.30.40.50.60.70.80.91Sw_hat32517585704535302725241917

USC - PTE - 411x

PTE 411x/463L: Introduction to transport processes in porous mediaHomework 4: Due on Wednesday September 29, 20101) Capillary pressureConsider the figure below. A capillary tube of radius rc is placed in a tank containing oiland water. Due to capillar

USC - PTE - 411x

PTE 411x/463L: Introduction to transport processes in porous mediaHomework 5: Due on Wednesday October 20, 20101) Steady State Relative PermeabilityA sequence of core flood experiments is reported in the table below. Water and oil wereinjected into a

USC - PTE - 411x

Problem 11a)cf = -1/V*dV/dpp*V = n*R*TV = n*R*T/pcf = -p/(n*R*T)*n*R*T*d(1/p)/dpcf = -p*d(1/p)/dpcf = -p*(-1/p^2)cf = 1/p1b)cf = -1/V*dV/dpintroduce rhorho = n/Vrewrite definition of cf in terms of rhocf = -rho/n*d(n/rho)/dpcf = -rho*d(1/rh

USC - PTE - 411x

Petroleum Engineering 411x/463LIntroduction to Transport Processes in Porous MediaClosed Book Midterm Examination,October 22, 2008: 3:30pm-5:30pm1 page of notes (both sides) is allowed in the examination.Use additional paper, as needed, to report you

USC - PTE - 461

PartnerA:Area(A)=cenarioNet/GrossGrossThickness45000400=(ft)PorosityWaterPercent Equity@NetEquity AverageSaturation RecoveryFactor STOOIP(b STOOIP_E Equity(ba Market,@current Annual(fractional(fractional)bl)Q@M($)sedon basedonmarket($)

USC - PTE - 461

USCPTE461:FormationEvaluationSection3:PetrophysicsProblem2:Salinity,RwRevised:18.08.10,DGHGiven:a)LaboratoryWaterSampleAnalysisIonNaClLaboratoryNaClEquivalentMeasuredIonEquivilantMultiplerfromConcentrationSalinitiesSchlumberger(ppm)(ppm)

USC - PTE - 461

USCPTE461:FormationEvaluationSection3:PetrophysicsProblem1:Resistance,Resistivity,andPorosityGIVEN:Revised:27.08.10,DDGHCleansandstoneSpecialCoreAnalysisLaboratory(SCAL)measurentplugs,100aturatedwithbrine,withthefollowingmeasurements:SampleNumber

USC - PTE - 461

USCPTE461:FormationEvaluationSection3:PetrophysicsProblem1:Resistance,Resistivity,andPorosityGIVEN:SampleNumberRevised:17.08.10,DDGHCleansandstoneSpecialCoreAnalysisLaboratory(SCAL)measurentplugs,100aturatedwithbrine,withthefollowingmeasurements:

USC - PTE - 461

Kavsporosity100000.0010000.001000.00Ka100.0010.001.000.0500.1000.1500.2000.100.01Porosity0.2500.3000.350Well:XXXXXXXXXField:XXXXXXXXXCountry:AustraliaState/Province: WesternAustraliaLocation:XXX:XX:XX.XXSXXX:XX:XX.XXEDatum:RT

USC - PTE - 461

WELL:FIELD:COUNTRY:STATE:LOCATION:XXXXXXXXXXXXXXXXXXAUSTRALIAWESTERNAUSTRALIAXXX:XX:XX.XXSXXX:XX:XX.XXEDATUM:RTELEVATION:38.3 mGENERATION:COREDEPTHMDKB(m)1114.001115.501119.101120.851124.001126.751133.501135.201140.501146.7011

USC - PTE - 461

USC - PTE - 588

Identifying ExplorationProspects in the PermianBasin Using Data MiningTechniquesTeam 3 members:1.Ahmed Bubshait2.Abdulaziz Al-Azman3.Abhinav Purohit4.Adebowale Ade-FosudoTeam 3PTE-588OverviewIntroductionData AnalysisData SelectionData M

USC - PTE - 514

There is nothing we do todaywhich will not be done bettertomorrow.Classic and Contemporary Readings in PhysicalAnthropology by M.K. SandfordChapter 7, Casing DesignObjective is to present the functions ofcasing, types of casing strings used, and th

USC - PTE - 514

DRILLING ENGINEERINGFALL 2010Class Project: Due November 30, 2010Prepare a drilling program to drill the following well:Need 7 casing in the productive interval which is estimated to be from 1500-3000. Casing to becemented and perforated in the produ

USC - PTE - 514

PtE 465L/514Assignment 9/20/10JCPT Case StudyJune 2009, Volume 48, No. 6Advances in SAGD Drilling in Western Canada Using Innovative BitTechnology1.What is SAGD?2.What are some of the formations that are being exploited bySAGD technology?3.Why

USC - PTE - 514

Chapter 1 HomeworkFOUR ItemsBOOK: Problems 1.2, 1.5, 1.11, 1.18, 1.20Book Question: When writing a drilling program, you need input from severalsources. Write down one question you would ask from each of the following:The GeologistThe Production Engi

USC - PTE - 514

Greatness in not in where we stand,but in what direction we aremoving. We must sail sometimeswith the wind and sometimesagainst it But sail we must, andnot drift, nor lie at anchor.Oliver Wendell Holmes1809 - 1894CHAPTER 5: Rotary Drilling BitsOb

USC - PTE - 514

HomeworkBook problems: 1, 4 (500 and 8000 only),5, 22, 28 (a only) and 29 Internet search on abnormally pressuredreservoirs, write up one page

USC - PTE - 514

ProblemswhileDrillingStuckPipeDifferentialwallpipesticking,drillpipeanddrillcollarsadheretothewellwalls.Differentialsticking.Thesecrosssectionalviewsshowadrillcollarembeddedinmudcakeandpinnedtotheboreholewallbythepressuredifferentialbetweenthedrilli

USC - PTE - 514

USC - PTE - 514

IADC Roller Cone BitClassification SystemCopyright 2002 Smith International, Inc.All rights reserved.Objectives Understand the IADC Classification System Apply the System Use the Rock Bit Comparison Chart Know its LimitationsIADC System Operatio

USC - PTE - 514

Roller Cone BitDull Grading SystemCopyright 2002 Smith International, Inc.All rights reserved.ObjectivesUnderstand the purpose of the systemOutline the 8-digit system structureProvide guidelines for consistencyExamine the different dull characteri

USC - PTE - 514

Top DrivesTop DrivesTop Drives Top drive does not use a kelly or rotarytable but instead a motor mounted up inthe derrick called a top drive. Top drive rigs are designed to eliminatephysically turning the drill string from amechanical device mount

USC - PTE - 582

FINAL EXAMPt.E. 58212/10/2008All problems 25 points each1. In a water-oil displacement, the slope of the fractional flow curve, dfw/dSw, equals0.10 at residual oil saturation when the oil viscosity is 1.0 cp and the water viscosityis 0.5 cp. If the

USC - PTE - 582

USC - PTE - 582

USC - PTE - 582

USC - PTE - 582

USC - PTE - 582

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USC - PTE - 582

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USC - PTE - 582

USC - PTE - 582

USC - PTE - 582

USC - PTE - 582

USC - PTE - 582

USC - PTE - 586

BrentKorenPTE5861. Giventhehourlyrateforgasoverthelast6months,Iwouldfirstuse3differentchartstoindividuallytraintheANN:a. GasFlowRatevs.WaterFlowRateb. GasFlowRatevs.WellHeadPressurec. GasFlowRatevs.WellHeadTemperatureThesedifferentratesshouldthenea

USC - PTE - 586

Abdulaziz AlazmanID # 2059882020PET- 586Assignment # 31. since we have four valuable inputs for the past six months , we can predict the approximatepressure and temperature drop based on the hourly gas & water production rate. In fact, thegas rate c

USC - PTE - 586

USC - PTE - 586

Home Work 3Submitted by:-Abhinav PurohitAns 1)A Radial Basis Function Neural Network (RBFN) is used for this problem which is the most durable feedforward neural netork.This neural network is equipped with back propagation which is the most popularan

USC - PTE - 586

AHMED BUBSHAIT 9277-0314-056HOMEWORK # 3PTE-586DATE : 09/16/2010ASSIGMENT#3: GAS WELL FORECASITNG APPLICATIONImagine that you want to predict or forecast the gas rate in a gasYou have hourly data for the past six months of the followingquantities:

USC - PTE - 586

USC - PTE - 586

Alexander ZieglerPTE 586September 16, 2010Homework #3: Gas well forecasting application1. To design and train an artificial neural network to forecast the Gas Rate, the givenquantities must become the inputs for the network. From there have the neura

USC - PTE - 586

Anas AlomairPTE586 HW#309/16/20101.Designing the network will begin with setting the network architecture. Thenetwork architecture establishes how the network weights are connected. Then, alearning algorithm such as back propagation should be establ

USC - PTE - 586

Assignment 3: Gas well forecasting applicationAsal Rahimi Zeynal USC ID: 8861-27-26281. Designing an artificial neural network at first needs to be trained for providing activationfunctions and weights. As our hourly data we have gas flow rate, water f