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Lehigh - IE - 334
COMMUNICATION&PRESENTINGnot forgettingTEAMWORK& Consciousness1Acknowww wledgem.careertra entsck.com2Text, Chapter 6, Section 6, pages 234-240Communicationrequires aSENDERand aRECEIVER. . . for a successful discourse3ListeningIs one
Lehigh - IE - 334
Downloads September 12, 2011:China Auto Sales Increase Four Percent In August. One really big traffic jam sometimesoonThe AP (9/9) reported, "The China Association of Automobile Manufacturers said 1.38 millionvehicles were sold in August, compared wit
Lehigh - IE - 334
Current Events ofRemarkIn the NewsDownloads 8/23/11Ford To Increase Investment In IndiaGE & Chinese Sharing AdvancedTechnologyBatteries That Run On Clean OrganicWasteChina Becomes World's Largest PCMarketBattery-Electric, Plug-In EV 5.2 M ByIn
Middle East Technical University - AEE - 305
Instructors: Dr. I.H. TuncerDr. Y. OzyorukAssistants: Kenan Cengiz , Gokhan AhmetAE305 - NUMERICAL METHODSHOMEWORK-IOctober 19, 2011Due on: Wednesday, October 26SECOND ORDER RUNGE-KUTTA METHODSEmploy the Improved Euler (Heuns) method to solve a rs
American University of Sharjah - MCE - 332
4-53Transient Heat Conduction in Multidimensional Systems 4-74C The product solution enables us to determine the dimensionless temperature of two- or threedimensional heat transfer problems as the product of dimensionless temperatures of one-dimensional
American University of Sharjah - MCE - 332
1-18Heat Transfer Mechanisms 1-36C The house with the lower rate of heat transfer through the walls will be more energy efficient. Heat conduction is proportional to thermal conductivity (which is 0.72 W/m.C for brick and 0.17 W/m.C for wood, Table 1-1)
American University of Sharjah - MCE - 332
1-341-80E A 200-ft long section of a steam pipe passes through an open space at a specified temperature. The rate of heat loss from the steam pipe and the annual cost of this energy lost are to be determined. Assumptions 1 Steady operating conditions exi
American University of Sharjah - MCE - 332
2-332-70 A compressed air pipe is subjected to uniform heat flux on the outer surface and convection on the inner surface. The mathematical formulation, the variation of temperature in the pipe, and the surface temperatures are to be determined for stead
American University of Sharjah - MCE - 332
2-632-129 A spherical liquid nitrogen container is subjected to specified temperature on the inner surface and convection on the outer surface. The mathematical formulation, the variation of temperature, and the rate of evaporation of nitrogen are to be
American University of Sharjah - MCE - 332
2-1Chapter 2 HEAT CONDUCTION EQUATIONIntroduction 2-1C Heat transfer is a vector quantity since it has direction as well as magnitude. Therefore, we must specify both direction and magnitude in order to describe heat transfer completely at a point. Temp
American University of Sharjah - MCE - 332
3-1Chapter 3 STEADY HEAT CONDUCTIONSteady Heat Conduction in Plane Walls 3-1C (a) If the lateral surfaces of the rod are insulated, the heat transfer surface area of the cylindrical rod is the bottom or the top surface area of the rod, As = D 2 / 4 . (b
American University of Sharjah - MCE - 332
3-23Thermal Contact Resistance 3-40C The resistance that an interface offers to heat transfer per unit interface area is called thermal contact resistance, Rc . The inverse of thermal contact resistance is called the thermal contact conductance. 3-41C Th
American University of Sharjah - MCE - 332
3-61Critical Radius of Insulation 3-87C In a cylindrical pipe or a spherical shell, the additional insulation increases the conduction resistance of insulation, but decreases the convection resistance of the surface because of the increase in the outer s
American University of Sharjah - MCE - 332
3-443-71 A spherical container filled with iced water is subjected to convection and radiation heat transfer at its outer surface. The rate of heat transfer and the amount of ice that melts per day are to be determined. Assumptions 1 Heat transfer is ste
American University of Sharjah - MCE - 332
3-102Review Problems3-159E Steam is produced in copper tubes by heat transferred from another fluid condensing outside the tubes at a high temperature. The rate of heat transfer per foot length of the tube when a 0.01 in thick layer of limestone is form
American University of Sharjah - MCE - 332
4-334-50 A hot dog is dropped into boiling water, and temperature measurements are taken at certain time intervals. The thermal diffusivity and thermal conductivity of the hot dog and the convection heat transfer coefficient are to be determined. Assumpt
American University of Sharjah - MCE - 332
4-81Review Problems 4-110 Two large steel plates are stuck together because of the freezing of the water between the two plates. Hot air is blown over the exposed surface of the plate on the top to melt the ice. The length of time the hot air should be b
American University of Sharjah - MCE - 332
5-1Chapter 5 NUMERICAL METHODS IN HEAT CONDUCTIONWhy Numerical Methods 5-1C Analytical solution methods are limited to highly simplified problems in simple geometries. The geometry must be such that its entire surface can be described mathematically in
American University of Sharjah - MCE - 332
5-685-86 A uranium plate initially at a uniform temperature is subjected to insulation on one side and convection on the other. The transient finite difference formulation of this problem is to be obtained, and the nodal temperatures after 5 min and unde
American University of Sharjah - MCE - 332
6-1Chapter 6 FUNDAMENTALS OF CONVECTIONPhysical Mechanisms of Forced Convection 6-1C In forced convection, the fluid is forced to flow over a surface or in a tube by external means such as a pump or a fan. In natural convection, any fluid motion is caus
American University of Sharjah - MCE - 332
7-1Chapter 7 EXTERNAL FORCED CONVECTIONDrag Force and Heat Transfer in External Flow 7-1C The velocity of the fluid relative to the immersed solid body sufficiently far away from a body is called the free-stream velocity, V. The upstream (or approach) v
American University of Sharjah - MCE - 332
17-1Chapter 17 REFRIGERATION AND FREEZING OF FOODSControl of Microorganisms in Foods 17-1C The common kinds of microorganisms are bacteria, yeasts, molds, and viruses. The undesirable changes caused by microorganisms are off-flavors and colors, slime pr
Parkland - BUS - 264
Unit II Study Sheet1. Know what Finance and Financial Management are.Finance: The function in a business that acquires funds for the firm and manages those fundswithin the firm.Financial Management: The job of managing a firms resources so it can meet
Parkland - BUS - 264
AN OVERVIEW OF FINANCIAL MANAGEMENT1.Which of the following statements is CORRECT?a.b.c.In most corporations, the CFO ranks above the CEO.By law in most states, the chairman of the board must also be the CEO.The board of directors is the highest r
Parkland - BUS - 264
Sheet11. What is a business?Any activity that seeks to provide goods and services to others while operating at a profit.2. What is profit?The amount of money a business earns above and beyond what it spends for salaries and other expenses.3. What is
Parkland - MGT - 112
Principles of ManagementPowered By: Nadir Ansari(www.e-learnings.net)You got 6 questions right out of 25.You failed to answer 1 questions.Percentage: 24.0%Review your answers below.1) _ courses help managers gain a better understanding of motivation
Parkland - MGT - 112
The Principle of ManagementChapter 1 Manager and ManagementWhats the organizationWho are managers?What is management?What do managers do?What skills should successful managerspossess?Whats the organization?D efinition: An organization is a syste
Parkland - MGT - 112
CHAPTER 1MANAGERS AND MANAGEMENTThe concept of managers and management is explored in this chapter. Everyorganization,regardless of size, type, or location needs managers. The characteristics of managersvary.Managers may come from any nationality or
University of Illinois, Urbana Champaign - ECE - 206
ECE 206Experiment #10Operational AmplifiersbyMauro RodriguezTA: Johnson LiuSection: F6Bench Number 4Question 1: Plot Vo as a function of V in for the comparator circuit using the data fromPart A.Plotting the output voltage as a function of the i
University of Illinois, Urbana Champaign - ECE - 206
Operational AmplifiersExperiment #10ECE 206Experiment #10Operational AmplifiersbyMauro RodriguezTA: Johnson LiuSection: F6Bench Number 4ECE 206Mauro RodriguezOperational AmplifiersExperiment #10Question 1: For the inverting amplifier calcula
University of Illinois, Urbana Champaign - ECE - 206
Transistor-Transistor Logic (TTL)Experiment #9ECE 206Experiment #9Transistor-Transistor Logic (TTL)byMauro RodriguezTA: Johnson LiuSection: F6Bench Number 4ECE 206Mauro RodriguezTransistor-Transistor Logic (TTL)Experiment #9Question 1: On on
University of Illinois, Urbana Champaign - ECE - 206
Introduction to Bipolar Junction Transistor CircuitsExperiment #8Question 1: From your data in Part A, propose a possible model for a bipolar junction transistorusing known electrical components (e.g. diodes, voltage and current sources, etc.). [Note:
University of Illinois, Urbana Champaign - ECE - 206
CMOS Transient AnalysisExperiment 7Question 1: For both the circuit having the 100pF capacitors and the circuit having the 390pFcapacitors, calculate the average propagation delay ( t PLH + t PHL ) / 2) , and the maximum switchingfrequency:f max =1
University of Illinois, Urbana Champaign - ECE - 206
CMOS Logic CircuitsExperiment 6ECE 206Experiment #6CMOS Logic CircuitsbyMauro RodriguezTA: Johnson LiuSection: F6Bench Number 4ECE 206Mauro RodriguezCMOS Logic CircuitsExperiment 6Question 1: On the same graph, plot the Vout versus Vin chara
University of Illinois, Urbana Champaign - ECE - 206
Introduction to MOSFET Inverter CircuitsExperiment 5ECE 206Experiment #5Introduction to MOSFET Inverter CircuitsbyMauro RodriguezTA: Johnson LiuSection: F6ECE 206Mauro RodriguezIntroduction to MOSFET Inverter CircuitsExperiment 5Bench Number
University of Illinois, Urbana Champaign - ECE - 206
Rectifier, Regulator, and Power Supply CircuitsExperiment 4ECE 206Experiment #4Rectifier, Regulator, and Power Supply CircuitsbyMauro RodriguezTA: Johnson LiuSection: F6Bench Number 4ECE 206Mauro RodriguezRectifier, Regulator, and Power Supply
University of Illinois, Urbana Champaign - ECE - 206
Transient ResponseExperiment 3ECE 206Experiment #3Transient ResponsebyMauro RodriguezTA: Johnson LiuSection: F6Bench Number 4ECE 206Mauro RodriguezTransient ResponseExperiment 3Question 1: Capacitors (and inductors) are often used to create
University of Illinois, Urbana Champaign - ECE - 206
Network Solving and Equivalent CircuitsExperiment 2ECE 206Experiment #2Network Solving and Equivalent CircuitsbyMauro RodriguezTA: Johnson LiuSection: F6Bench Number 4ECE 206Mauro RodriguezNetwork Solving and Equivalent CircuitsExperiment 2Q
University of Illinois, Urbana Champaign - ECE - 206
Laboratory IntroductionExperiment 1ECE 206Experiment #1Laboratory IntroductionbyMauro RodriguezTA: Johnson LiuSection: F6Bench Number 4ECE 206Mauro RodriguezLaboratory IntroductionExperiment 1Question 1: Calculate the percent error between t
National University of Singapore - ACCOUNT - acc1002x
E13.LELLSEAAEE(1)(2)(3)(4)(5)(6)(7)(8)(9)Notes payable to banksGeneral and administrativeAccounts payableDividends payableRetained earningsCash and cash equivalentsAccounts receivableProvision for income taxes*Cost of goods sold
National University of Singapore - ACCOUNT - acc1002x
P37.Req. 1(in thousands)a. Cash (+A). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Admissions revenue (+R, +SE). . . . . . . . . . . . . . . .459,475b.Operating expenses (+E, SE). . . . . . . . . . . . . . . . . . .Cash (A).
National University of Singapore - ACCOUNT - acc1002x
P37.Req. 1(in thousands)a. Cash (+A). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Admissions revenue (+R, +SE). . . . . . . . . . . . . . . .459,475b.Operating expenses (+E, SE). . . . . . . . . . . . . . . . . . .Cash (A).
National University of Singapore - ACCOUNT - acc1002x
CP421. At the end of the most recent year, Prepaid Expenses were $27,286 thousand. Thisinformation is disclosed on the balance sheet.2. The company reported $88,650 thousand in deferred rent. This information is disclosed on thebalance sheet.3.Prepa
National University of Singapore - ACCOUNT - acc1002x
CP421. At the end of the most recent year, Prepaid Expenses were $27,286 thousand. Thisinformation is disclosed on the balance sheet.2. The company reported $88,650 thousand in deferred rent. This information is disclosed on thebalance sheet.3.Prepa
National University of Singapore - ACCOUNT - acc1002x
E624.Req. 1RUSSELL COMPANYBank Reconciliation, September 30, 2011Company's BooksEnding balance per Cashaccount.$5,700Additions:Bank StatementEnding balance per bankstatement.Additions:Deposit in transit*.NoneDeductions:Bank service charges
National University of Singapore - ACCOUNT - acc1002x
E813.Req. 1aCash (+A).5,000Accumulated depreciation (XA, +A). 23,000Delivery truck (A).Sale of an asset at book value; the result is no loss or gain.Req. 1bCash (+A).Accumulated depreciation (XA, +A).Gain on sale of long-lived asset (+Gain, +SE)
National University of Singapore - ACCOUNT - acc1002x
AP106.Req. 1Computations:Interest:$4,000,000 x 9%Present value$ 4,000,000 x 0.7473$ 360,000 x 4.2124Issue Price=$==360,0002,989,2001,516,464$4,505,664Req. 22009Interest expense. $270,340*2010$264,960*$4,505,664 x 6% = $270,340*[$4,50
National University of Singapore - ACCOUNT - acc1002x
P37.Req. 1(in thousands)a. Cash (+A). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Admissions revenue (+R, +SE). . . . . . . . . . . . . . . .459,475b.Operating expenses (+E, SE). . . . . . . . . . . . . . . . . . .Cash (A).
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsTutorial 1(This tutorial will be discussed in Week 4; There are no assigned problems for grading.)1. (a) Consider a two-stage amplifier comprising Tran
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsTutorial 1(This tutorial will be discussed in Week 4; There are no assigned problems for grading.)1. (a) Consider a two-stage amplifier comprising Tran
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsHomework 1 SolutionQ1.Voltage Amplifieriivs +-Rsro++viri+ 100vi-vov The voltage gain o is given by vs vo riRL av =RL + ro v s
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsTutorial 2()1. The electrical characteristics of a diode is given by I D = I S eVD / (nVT ) 1 where IS =7.93710-8 mA, and n = 1.737.(a) The diode is
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsTutorial 2 SolutionQ1. I D I S eVD /( nVT ) = (7.937 10 8 mA)eVD /[1.7370.025](a) Using the constant-voltage-drop model,VR = (5 1 0.7) V= 3.3 VVID
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsTutorial 31. Consider an npn Bipolar Junction Transistor (BJT) with a forward-active beta = 150,and IS = 10-15 A. The BJT is operated at room temperatu
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsTutorial 3 SolutionQ1. Given = 150, and IS = 10-15 A(a)I C = I B= 150 12 A= 1.8 mAVBEIC = IS e VTRearrange,VBE = VT ln(IC/IS)With VT = kT/q 0.0
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsTutorial 4(Homework Assignment: Do Questions 2 and 3, and hand-in your solutions to yourTutorial Group Representative on Tuesday, 15th Sep. 2009, right
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsTutorial 4 SolutionQ1. From the saturation drain current model,1WI Dsat = nCox ' (VGS Vth ) 22L1WFor K n = nCox ' = 120A / V 2 and I Dsat = 100A
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsTutorial 5(Homework Assignment: Do Questions 1 and 5, and hand-in your solutions to yourTutorial Group Representative on Tuesday, 29th September, 2009,
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsTutorial 5 SolutionQ1. (a) Equate iDN = iDP, we haveK[(vI Vth)vo 0.5vo2]= 0.5K(VDD vI -Vth)2Therefore,(vI Vth)vo 0.5vo2= 0.5(VDD vI -Vth)2 - Eqn. (1)
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsHomework Assignment #6 Solution(No need to hand in the homework assignment)1. Assume the AC small signal parameters for BJT are gm,Qi, r,Qi, ro,Qi, and
National University of Singapore - ELECTRICAL - ee2021
NATIONAL UNIVERSITY of SINGAPOREDepartment of Electrical and Computer EngineeringEE2005 ElectronicsHomework Assignment #6(No need to hand in the homework assignment)1. Assume the AC small signal parameters for BJT are gm,Qi, r,Qi, ro,Qi, and the AC s