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San Diego State - ECON - 120
Chapter 14 Working Capital and Current Assets ManagementSOLUTIONS TO PROBLEMS14-1LG 2: Cash Conversion Cyclea.Operating cycleOC= Average age of inventories+ Average collection period= 90 days + 60 days= 150 daysb.Cash Conversion CycleCCC= Op
St. Leo - COM - COM330
DSI Publishing, Inc. Fixed Cost Cf Variable Cost Cv Sale Price Break Even Volume Break Even $ $250,000 $20 $30 25000 750000With Salary $300,000 $20 $30 30000 900000Electronics Firm Company Fixed Cost Cf Variable Cost Cv Sale Price Break Even Volume Brea
St. Leo - COM - COM330
Problem 2-16Problem Parameters X1 Y 1Decision VariablesValues X Y 2.33333333 3.66666667Objective FunctionMaximize X+Y 6ConstraintsLHS 3X+6Y 7X+Y 3X-Y Non-Negativity (x) Non-Negativity (y) Sign 29 <= 20 <= 3.33333333 >= 2.33333333 >= 3.66666667 >=
St. Leo - COM - COM330
3-1 Winkler FurnitureProblem ParametersDepartmentTypeFrench ProvincialDanish ModernCapacityCarpentryPainting32360FinishingRevenue1.50.75$2810.75$25200125Decision VariablesNumber of Cabinet's ProducedFrenchDanish6090Objective Fu
St. Leo - COM - COM330
Garcia Backpack Problem 3.2Problem parameterssqr. Yards per packsqr. Yards availableCost Per sqr. YardCanvas PlasticNylonLeather2.252.402.102.60200350700550$4.50$4.25$7.65$9.45Hours NeededCost Per HourHours available1.5$7.00901.7
St. Leo - COM - COM330
Luna Lovegood's Kumquat Jam ProblemProblem ParametersFarmAdamsBrownCharlesDemandDade City San Antonio Supply$4$3$3$3$4$510050255075Decision VariablesBushellsAdamsBrownCharlesFlow InDade City02575100San Antonio Flow Out2525
St. Leo - COM - COM330
Arden ProblemProblem ParametersSectorABCDEDistance to Schools in MilesSector B Sector C Sector E Students58670004125004071007258001270400Decision VariablesSectorABCDEFlow InDistance to Schools in MilesSector B Sector
St. Leo - COM - COM330
00SlackC) Critical Path is A - B - D - F - G - H - I.D) It is possible for the project to be done in 57 days but would require an optimal solution on all tasks.E) it will take over 50 days minimum to complete the task.A8=88088SlackB10=18
St. Leo - COM - COM330
Gasoline StationsPart A: MaximaxSizeSmallMediumLargeVery LargeGood Market Fair Market50,00020,00080,00030,000100,00030,000300,00025,000Poor Market(10,000)(20,000)(40,000)(160,000)Good Market Fair Market50,00020,00080,00030,000100
St. Leo - COM - COM330
CH 11-13 - Wallace Garden SupplyA)xy123456789101112B)xy1234567891011C)2PRA464510879121415x1.001.000.503.505.003.504.006.509.0010.50Abs. Dev110.53.553.546.5910.53PRA4.675.006.337.678.33
St. Leo - COM - COM330
Happy Joy Toy ProblemLaborPlasticProfitGreen Army Men60 sec.1 oz.$0.20LaborPlastic<= 126,000 sec./week<= 3,000 oz./weekBlue Ice Cube Trays30 sec.1.5 oz.$0.25Plastics Product MixProduct ParametersLabor ($)Plastic (oz)Profit ($)Green Ar
St. Leo - COM - COM330
Hot Dog Stand ProblemInput ParametersFixed Cost CfVariable Cost CvSale Price$1,000$1$2Computed ValuesTotal RevenueTotal CostProfitBreak Even VolumeBreak Even $2000200001,000$2,000
St. Leo - COM - COM330
Tetroid Max Fish Food CompanyProblem ParametersCost/OunceCalories/OunceProtein Grams/OunceFiber Grams/OunceDecision VariablesKelp Meal Multigrain Flour Seafood Remainders$1.04$0.01$0.0687102301.802.206.507.002.000.00Kelp Meal Multigrai
St. Leo - COM - COM330
TallahasseeMiamiTampaOrlandoOklawahaOcalaJacksonvilleGainsvilleTallahasseeFlorida Road Trip Problem313115331313131313131312753131153313171403131313131313131Jacksonville313171313110276313131313131OcalaOklawahaOrlandoTa
St. Leo - COM - COM330
XY1234567891011125.914.122.229.235.140.947.755.76471.477.583.1LSFMAD6.974359 1.07435913.99114 0.10885821.00793 1.19207528.02471 1.17529135.04149 0.05850842.05828 1.15827549.07506 1.37505856.09184 0.39184163.10862 0.8913
Chapman - BUSINESS - BUS217
Name: __Date:FINAL EXAMBUS 217Section 01 and 021. Plain English is a better alternative than bureaucratese.TrueFalse2. This is a passive verb: must be transferred.TrueFalse3. This is a passive verb: could have transferred.TrueFalse4. For th
Berkeley - EE 40 - 40
Introduction Instructor: Prof. Connie Chang-Hasnain Office: 263M Cory Hall Office hour: M 3-4, W 12-1 Email: cch@eecs.berkeley.edu Secretary: Therese George, 253 Cory, therese@eecs.berkeley.eduEE 40 Course Overview EECS 40: One of five EECS core cour
Berkeley - EE 40 - 40
EE40Lecture 2Josh Hug6/23/2010EE40 Summer 2010Hug1Logistical Changes and Notes Friday Lunch is now Monday lunch (starting nextMonday) Email me by Saturday evening if youd like to come:JHUG aat eecs.berkeley.edu My office hours will be Wednesda
Berkeley - EE 40 - 40
EE40Lecture 3Josh Hug6/25/2010Users [are] reporting a drop in signal strength when the phone isheld. -BBCIf you ever experience this on your iPhone 4, avoid gripping it inthe lower left corner in a way that covers both sides of the blackstrip in t
Berkeley - EE 40 - 40
EE40Lecture 4Josh Hug6/28/2010EE40 Summer 2010Hug1For those of you watching the webcast We started today with a bunch ofblackboard problems Hopefully they are legible online, let meknow if theyre not Scanned copies of my notes will beavailabl
Berkeley - EE 40 - 40
EE40Lecture 5Josh Hug6/30/2010EE40 Summer 2010Hug1General Info Lab #2 today HW1 grades up on bspace Make up lab next week Date TBA Discussions going back to 2 hours HW2 still due Friday at 5 PM It is long, you should be half done Get starte
Berkeley - EE 40 - 40
EE40Lecture 11Josh Hug7/19/2010EE40 Summer 2010Hug1Logistical Things Lab 4 tomorrow Lab 5 (active filter lab) on WednesdayPrototype for future lab for EE40Prelab is very short, sorry.Please give us our feedbackGoogle docs for labs and general
Berkeley - EE 40 - 40
EE40Lecture 12Josh Hug7/21/2010EE40 Summer 2010Hug1Logistical Things HW6 due Friday at 5PM (also short) Midterm next Wednesday 7/28 Focus is heavily on HW4, 5, 6, and Labs P1,4, 5 Will reuse concepts from HW 1,2,3EE40 Summer 2010Hug2Filter
Berkeley - EE 40 - 40
EE40Lecture 15Josh Hug7/30/2010EE40 Summer 2010Hug1Logistics HW7 due Tuesday HW8 will be due next Friday Homeworks will be less mathematicallyintense starting with the second half ofHW7 Details on Project 2 demo and MiniMidterm 3 details on M
Berkeley - EE 40 - 40
EE40Lecture 16Josh Hug8/02\/2010EE40 Summer 2010Hug1Logistics HW7 due tomorrow HW8 will be due Friday Mini-midterm 3 next Wednesday 80/160 points will be a take-home set of designproblems which will utilize techniques wevecovered in class Ha
Berkeley - EE 40 - 40
EE40Lecture 17Josh Hug8/04/2010EE40 Summer 2010Hug1Logistics HW8 will be due Friday Mini-midterm 3 next Wednesday 80/160 points will be a take-home set ofdesign problems which will utilize techniquesweve covered in class Handed out Friday Du
Berkeley - EE 40 - 40
EE40Lecture 18Josh Hug8/06/2010EE40 Summer 2010Hug1Logistics HW8 due today @5PM short but tough Mini-midterm 3 next Wednesday 80/160 points will be a take-home set ofdesign problems which will utilize techniquesweve covered in class Posted on
Berkeley - EE 40 - 40
EE40Lecture 7Josh Hug7/7/2010EE40 Summer 2010Hug1Blackboard Stuff HW3 concerns Any general questions people might haveEE40 Summer 2010Hug2General Info No lab today Midterm on Friday in class 12:10-1:30 [be on time!] No electronic devices
Berkeley - EE 40 - 40
7/12/2010Lecture 8Capacitors and InductorsCongratulations toPaul the Octopuson getting 8/8world cuppredictions correctEE40 Summer 2010Hug1So far All circuits weve dealt with have reactedinstantaneously Change a resistance, voltage, or curren
Berkeley - EE 40 - 40
EE40Lecture 14Josh Hug7/26/2010EE40 Summer 2010Hug1Logisticals Midterm Wednesday Study guide online Study room on Monday Cory 531, 2:00 Cooper, Tony, and I will be there 3:00-5:10 Study room on Tuesday Cory 521, 2:30 and on Completed homewo
Berkeley - EE 40 - 40
Introduction to Microelectronic CircuitsEE40Lecture 1Josh Hug6/21/2010EE40 Summer 2010Hug1A StoryEE40 Summer 2010Hug2Integrated Circuit (Core i7 processor)EE40 Summer 2010Courtesy of IntelHug3Integrated Circuits (Core i7 processor)Almost
Berkeley - EE 40 - 40
Getting Started Announcements, instructions, and coursedocuments onhttp:/inst.eecs.berkeley.edu/~ee40/ Also linked with Bspacehttps:/bspace.berkeley.edu Discussion sections, lab sections, andoffice hours will begin next week. Readprelab instructio
Laney College - CHEMISTRY - 1A
EE40 Lecture 1 Venkat Anantharam 1/23/08 Reading: Chap. 1EE40 Spring 08Slide 1Venkat AnantharamEE 40 Course Overview EECS 40: One of five EECS core courses (with 20, 61A, 61B, and 61C) introduces hardware side of EECS prerequisite for EE105, EE130,
Laney College - CHEMISTRY - 1A
Lab 14Jia jie huo(10780081)Result and DiscussionResult: In test 1 of part 1, we reacted 98.1630g HCl solution with 0.2724g Mgand get the temperature difference of 11.1 degree during the reaction. We got theH=-392.5 KJ/mol. In test 2, we reacted 100.8
Laney College - CHEMISTRY - 1A
Lab 18Jia jie huo(10780081)Result and DiscussionResult: In this experiment, the mass of the CuSO4^5H2O we used to form the100.0 ml solution is 8.7399g. So the actual concentration of it is 0.35mol/L. Thenwe placed the same solution into four tubes an
Laney College - CHEMISTRY - 1A
Lab 20Jia jie huo(10780081)Result and Discussion:In part 1, we prepared 250ml of 0.1M KHP by transferring 5.334g KHP into a250ml flask and adding water into it until full. We got the actual molarity of KHPsolution is 0.1045mol/L. In part 2, we added
Laney College - CHEMISTRY - 1A
Lab 5Jia jie huo(10780081)Results and Discussion:We weighed the mass of the crucible and cover when they had been cooleddown, and the mass is 22.3370g. After we add the ribbon into it, its mass changedto 23.0043g, so the mass of ribbon is 0.6673g, an
Laney College - CHEMISTRY - 1A
Chapter 11 (Skip Sections 11.3, 11.7 and 11.8)Understand and be able to describe the following intermolecular forces: London dispersionforces, dipole-dipole forces and hydrogen bondingbe able to compare the relative strengths of these intermolecular fo
Laney College - CHEMISTRY - 1A
Lab 2Jia jie huo(10780081)Results and Discussion:We got the number 5 metal. It has a mass of 21.94g using the centigrambalance. Its length, width, and height is 4.98cm, 1.27cm, 1.28cm, and the volumeof it is 8.10cm3. We placed 10.2ml of water into th
Laney College - CHEMISTRY - 1A
Lab 6Jia jie huo(10780081)Post-lab Questions:1. If the reaction did not go to completion, the mass of the residue in thecrucible would be more than it should be, because the NaHCO3 is solidcompound, if the reaction is complete, then some of the mass
Laney College - CHEMISTRY - 1A
Lab 8Jia jie huo(10780081)Result and DiscussionResult: In part 1, we try to mix a variety kind of solutions and find the results ofthem. There is no reaction between NaCl and KNO3; there is white precipitationand heat evolved when mixed NaCl with AgN
Laney College - CHEMISTRY - 1A
Lab 12Jia jie huo(10780081)Post lab Questions:1 a: then the maximum temperature would be lower than the real one when thesample had vaporized totally. PV=nRT, as T decrease, n would increase, M=m/n,therefore, the molar mass would be smaller than the
Laney College - CHEMISTRY - 1A
Lab 13Jia jie huo(10780081)Result and DiscussionResult: In test 1, we got the mass of magnesium is 0.0393g, and the volume of thehydrogen is 45.0ml. The solution level inside the eudiometer is 40.6cm, and thebarometric pressure= 759.1mmHg. So we got
Laney College - CHEMISTRY - 1A
Lab 16Jia jie huo(10780081)Results and Discussion:In this experiment, we observed the color of light emitted when a certainsample of a chemical is heated and to identify a few ions. And we find that thecolor of K+ is purple, the color of Ba+ is Green
Laney College - PHYSICS - 1A+1B
Jiajie HuoPhysics 4A(L1)Measurement Lab1Member:Tran, TranTrum NguyenSean CloughAnhuang HerncnlzDana FeuiezInstructor:Dr. Mohebi2. introduction,In order to get used to the usage of some basic tools in the physicalmeasurement, we try to calcula
Laney College - PHYSICS - 1A+1B
Lab2Motion with Constant AccelerationInstructor:Dr. MohebiJiajie Huo(Jacky)Member:Tran, TranTrum NguyenSean CloughAnhuang HerncnlzDana Feuiez2. introduction.In this experiment, we are generally focusing on measuring themoving of the metal rou
Laney College - PHYSICS - 1A+1B
Lab3Projectile MotionInstructor:Dr. MohebiJiajie Huo(Jacky)Member:Tran, TranTrum NguyenSean CloughAnhuang HerncnlzDana Feuiez2. introduction.In this experiment, we are generally focusing on measuring themoving of the metal projected from the
Laney College - PHYSICS - 1A+1B
Lab4Atwood MachineInstructor:Dr. MohebiJiajie Huo(Jacky)Member:Tran, TranTrum NguyenSean CloughAnhuang HerncnlzDana Feuiez2. introduction.In this experiment, we are generally focusing on measuring therelationship between the distance they tra
Laney College - PHYSICS - 1A+1B
Lab5Force of FrictionInstructor:Dr. MohebiJiajie Huo(Jacky)Member:Tran, TranTrum NguyenSean CloughAnhuang HerncnlzDana Feuiez2. introduction.In this experiment, we are generally focusing on exploring thefriction of the object by trying to pul
Laney College - PHYSICS - 1A+1B
Lab6VectorsInstructor:Dr. MohebiJiajie Huo(Jacky)Member:Tran, TranTrum NguyenSean CloughAnhuang HerncnlzDana Feuiez2. introduction.In this experiment, we are generally focusing on exploring thecombination or separation of the vectors and tryi
Laney College - PHYSICS - 1A+1B
Lab7Work and EnergyInstructor:Dr. MohebiJiajie Huo(Jacky)Member:Tran, TranTrum NguyenSean CloughAnhuang HerncnlzDana Feuiez2. introduction.In this experiment, we are generally focusing onconfirming the work-energy theorem, by comparing the wo
Laney College - PHYSICS - 1A+1B
Lab7Conservation of energyInstructor:Dr. MohebiJiajie Huo(Jacky)Member:Tran, TranTrum NguyenAnhuang HerncnlzDana Feuiez2. introduction.In this experiment, we are generally focusing on verifyingthe principal of conservation of energy. By using
Laney College - PHYSICS - 1A+1B
Lab10Rotational InertiaInstructor:Dr. MohebiJiajie Huo(Jacky)Member:Tran, TranTrum NguyenAnhuang HerncnlzDana Feuiez2. introduction.In this experiment, we are generally focusing on measuring therotational inertia of two objects about their axe
Laney College - PHYSICS - 1A+1B
Lab10RollingInstructor:Dr. MohebiJiajie Huo(Jacky)Member:Tran, TranTrum NguyenAnhuang HerncnlzDana Feuiez2. introduction.In this experiment, we are generally focusing on measuring the angularacceleration of rolling objects. And try to find out