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Abu Dhabi University - MGT - 238
Topic 1: ch21MEASURING GDP ANDECONOMIC GROWTHParkin: Maroeconomics, adapted by Dr. Mohamed A. Abda1What is MacroeconomicsMacroeconomics: The study of behaviorof all economic units or the study of thewhole economy of a country.It is concerned with
Abu Dhabi University - MGT - 238
Aggregate Demand and SupplyIncrease or Decrease in C, I, G, X, M does whatto Aggregate DemandIncrease or Decrease in Consumer Wealth,Consumer Expectations, or Income Taxesdoes what to consumption, Aggregate Demandand the Aggregate Demand curve.Incr
Abu Dhabi University - MGT - 238
Notes on Chapter SixFISCAL POLICYThese notes are designed to accompany the materials in the textbook, not to replace them. Exams willcover the material assigned from the textbook and presented in lecturesDr. Mohammed Alwosabi Government Budget is the
Abu Dhabi University - MGT - 238
Notes on Chapter FiveEXPENDITURE MULTIPLIERThese notes are designed to accompany the materials in the textbook, not to replace them. Exams will coverthe material assigned from the textbook and presented in lecturesDr. Mohammed AlwosabiFIXED PRICES AN
Abu Dhabi University - MGT - 238
Dr. Mohammed AlwosabiEcon 141Notes on Chapter 1MEASURING GDP AND PRICE LEVELThese notes are designed to accompany the materials in the textbook, not to replace them. You mayfind more information in the notes than in the text; but exams will cover onl
UCLA - EE 161 - 161
EE161 Electromagnetic WavesSpring, 2012Prof. Y. Ethan WangElectrical Engineering Dept.UCLALesson 1 About EE161 Electromagnetic Waves James Clerk Maxwell and more Maxwells equations Boundary ConditionsEE161 Course InformationInstructor: Y. Etha
UCLA - EE 161 - 161
EE161 Electromagnetic WavesSpring, 2012Prof. Y. Ethan WangElectrical Engineering Dept.UCLALesson 2 Complex Variable & Phasor Time-harmonic Maxwells equations Wave Equations Plane WavesMaxwells Equations and BoundaryConditions in One GlanceInte
UCLA - EE 161 - 161
EE161 Electromagnetic WavesSpring, 2012Prof. Y. Ethan WangElectrical Engineering Dept.UCLALesson 3 General Plane Wave Solutions Field Direction and Wave PropagationDirection Polarization of the WaveGeneral Plane Wave SolutionsAs aforementioned,
UCLA - EE 161 - 161
EE161 Electromagnetic WavesSpring, 2012Prof. Y. Ethan WangElectrical Engineering Dept.UCLALesson 4 Waves in Lossy Medium Electromagnetic Power Density Current Conduction Surface ResistanceLossy Transmission Line d 2V ( z ) 2V ( z ) = 0 dz 22
UCLA - EE 161 - 161
EE161 Electromagnetic WavesSpring, 2012Prof. Y. Ethan WangElectrical Engineering Dept.UCLALesson 5 Wav Reflection & Transmission at NormalIncidence Transmission Line Analogue Power Reflection & TransmissionLoaded Transmission LineV ( z ), I ( z
UCLA - EE 161 - 161
EE161 Electromagnetic WavesSpring, 2012Prof. Y. Ethan WangElectrical Engineering Dept.UCLALesson 6 Oblique Incidence Perpendicular Polarization Parallel Polarization Reflectivity and TransmissivityOblique IncidencexyzThe wave propagates in x
UCLA - EE 161 - 161
EE161 Electromagnetic WavesSpring, 2012Prof. Y. Ethan WangElectrical Engineering Dept.UCLALesson 7 Incidence upon Lossy Medium Skin Effect Penetration into the Conductor Wave AbsorptionSpecial Angles - Brewster AngleBrewster Angle: A particular
UCLA - EE 161 - 161
EE161 Electromagnetic WavesSpring, 2012Prof. Y. Ethan WangElectrical Engineering Dept.UCLALesson 8 Introduction to Waveguide General Plane Wave Solutions General Waveguide Solutions TEM, TE, TM WavesHistory of Waveguides1893 - Heaviside conside
UCLA - EE 161 - 161
Review of Vector AnalysisScalar(a quantity)aa(Voltage,current, charge)Vector(quantity with directions)rA(a x , a y , az )(electric field,magnetic field, force)Tensor(quantity with multipledimensions of directions)=A a xx , a xy , a xz
UCLA - EE 161 - 161
HOMEWORK 3 SOLUTIONS
UCLA - EE 161 - 161
HW2 Solutions
UCLA - EE 101 - 101
EE 101 Fall 2007Time and Location: Tue-Thu 2PM 3:50PM; KNSY PV 1200BMain Textbook:Fundamentals of Applied Electromagnetics, 5th Ed.; by F.T. UlabySupplementary Videos:http:/web.mit.edu/physics/facultyandstaff/faculty/walter_lewin.htmlhttp:/web.mit.e
UCLA - EE 101 - 101
Sample Midterm, EE 101, Fall 2007Problem 1 (30 points)The capacitor shown in figure consists of two parallel dielectric layers (1 and 2). The bottom conductor plate is grounded and top plate is connected with voltage source V0. Neglect the fringing fiel
UCLA - EE 101 - 101
EE101 Midterm; 11/08/2007, Thursday /Student Name: 2(1-a) (7 pts) Evaluate ax + ay + az + ax + ay + az002Student ID#46+ ax + ay + az + ax + ay + az d d = ?(R, , ) and (x,y,z) define the Spherical and Cartesian coordinate systems, respectively.
UCLA - EE 2 - 2
Student Research Funding Opportunities from UCLAsUndergraduate Research Center and Center for Academic andResearch Excellence (URC/CARE)Academic Year 2007-08:Undergraduate Research Fellowship: For freshman, sophomore and junior studentswho are just b
UCLA - EE 2 - 2
Physics for Electrical EngineersProf. B. JalaliHomework #2EE 2Due: Feb. 9, 4:00pmPlace your homework in the box labeled EE2 Homework in the room67-112 Engineering 4 Bldg1.TheenergygapofGaAsis1.42eV.Determine:(a) the minimum frequency of the light
UCLA - EE 2 - 2
Physics for Electrical EngineersProf. B. JalaliHomework #3EE 2Due: Feb.28, 4:00pmPlease place your homework in the box labeled EE2 Homework in theroom 67-112 Engineering 4 Bldg1. (a) Determine the conductivity of intrinsic silicon at 300K. (n i = 1
UCLA - EE 2 - 2
Physics for Electrical EngineersProf. B. JalaliEE 2Due: Mar. 13, 4:00pmHomework #4Place your homework in the box labeled EE2 Homework in the room67-112 Engineering 4 Bldg1. An ideal p-n junction diode has a reverse saturation current of 1 A at T=30
UCLA - EE 2 - 2
Physics for Electrical EngineersProf. B. JalaliEE 2Homework #1Due: Jan 31, 4:00pmPlace your homework in the box labeled EE2 Homework in room 67-112Engineering 4 Bldg1. Calculate the de Broglie wavelength of a particle with mass equal to 1.5 gm and
UCLA - EE 2 - 2
Solutions to HW #1EE2 Winter 2012Problem 1 (10points)The de Broglie wavelength of a particle (mass m, velocity v) is given by=hh,=p mvwhere h is the Plancks constant ( = 6.626x10-34Js)Therefore, = 6.626x10-34Js/cfw_1.5x10-3kg x (10 / 3.6)ms-1 =
UCLA - EE M16 - M16
UCLADepartment of Electrical EngineeringEEM16 Fall 2011Homework 1 Solution(This homework contains 5 problems)Problem 1 Ex 2.1Problem 2 Ex 2.13Problem 3 Ex 2.19Problem 4Problem 5 Ex 2.24Using the postulates of Boolean algebra and the theorems giv
UCLA - EE M16 - M16
UCLADepartment of Electrical EngineeringEEM16 Fall 2011Homework 2 Solution(This homework contains 5 problems)Problem 1Problem 2 Ex 2.38Problem 3 Ex 2.42(a), 2.43(a)a. cfw_[b.]
UCLA - EE M16 - M16
UCLADepartment of Electrical EngineeringEEM16 Fall 2011Homework 3 Solution(This homework contains 5 problems)Problem 1 Ex 4.9Note: implementations of other known universal set of gates with * gate are alsovalid.Problem 2 Ex 4.14 (a, c, d)Note: O
UCLA - EE M16 - M16
UCLADepartment of Electrical EngineeringEEM16 - Fall 2011Practice FinalName: _UID: _Problem 1Derive the state transition/output table for the implementation of the finite state machine shownin the figure below. The next state and output functions
UCLA - EE M16 - M16
UCLADepartment of Electrical EngineeringEEM16MidtermFebruary 8th, 20101. Exam is closed book. You are allowed one 8 x 11 double-sided cheat sheet.2. Show the intermediate steps leading to your final solution for each problem.3. Calculators are allo
University of Texas - MUS - 354c
FORM #1: DESCRIPTION OF SCHOOL AND TEACHER MEETINGStudent:John KramerTeacher:Felicia HernandezSchool:Serene Hills ElementaryDate and Time of Meeting:9/15/09 1:30pm_School building/halls/classrooms and surrounding groundsVery new, clean, organized,
University of Texas - MUS - 354c
Journal of Music Therapy, XLVI (1), 2009, 2-14 2009 by the American Music Therapy AssociationDevelopment and Validation of a ConciseEmotional InventoryClifford K. Madsen, PhDThe Florida State UniversityCharles H. Madsen, Jr., PhDThe Florida State U
Maryland - ENME - enme350
ENME350ElectronicsandInstrumentationIFall2011Quiz3(10minutes)Name(firstandlast):SID:Section(orday):Date:1. (6pts)AssumeVc=0Vwhentheswitchclosesatt=0.DrawanapproximateplotofVcversustime.Afteravery,verylongtime,whatisVc?HowlongdoesittakeforVctore
Maryland - ENME - enme350
ENME350ElectronicsandInstrumentationIFall2011Quiz4(10minutes)Name(firstandlast):SOLUTIONSSID:Section(orday):Date:1. Whatisthemagnitudeof10+10j?|1010 |2. Whatisthephase(angle)of10+10j?101045o=/43. Whatisanalgebraicexpressionfortheequivalent
Maryland - ENME - enme350
ENME 350 Fall 2011 Electronics and Instrumentation IMon & Wed Lectures EGR 1202Prof. D. B. Barker, room 2112 EGR, (301) 405-5264, dbarker@umd.eduHomework #1 due Wednesday, Sept. 14th at beginning of classProblems from Hambley 5th edition (our official
Maryland - ENME - enme350
ENME 350 Fall 2011 Electronics and Instrumentation IMon & Wed Lectures EGR 1202Prof. D. B. Barker, room 2112 EGR, (301) 405-5264, dbarker@umd.eduHomework #2 due Wednesday, Sept. 21st at beginning of classProblems from Hambley 5th edition (our official
Maryland - ENME - enme350
ENME 350 Fall 2011 Electronics and Instrumentation IMon & Wed Lectures EGR 1202Prof. D. B. Barker, room 2112 EGR, (301) 405-5264, dbarker@umd.eduHomework #3 due Wednesday, Sept. 28th at beginning of classProblems from Hambley 5th edition (our official
Maryland - ENME - enme350
ENME 350 Fall 2011 Electronics and Instrumentation IMon & Wed Lectures EGR 1202Prof. D. B. Barker, room 2112 EGR, (301) 405-5264, dbarker@umd.eduHomework #4 due Wednesday, Oct. 5th at beginning of classProblems from Hambley 5th edition (our official v
Maryland - ENME - enme350
ENME 350 Fall 2011 Electronics and Instrumentation IMon & Wed Lectures EGR 1202Prof. D. B. Barker, room 2112 ENG, (301) 405-5264, dbarker@umd.eduHomework #6 due Wednesday, November 2nd at beginning of classProblems from Hambley 5th edition (our offici
Maryland - ENME - enme350
ENME 350 Fall 2011 Electronics and Instrumentation IMon & Wed Lectures EGR 1202Prof. D. B. Barker, room 2112 ENG, (301) 405-5264, dbarker@umd.eduHomework #7 due Wednesday, November 9th at beginning of class1(5.36)2(P5.38)11/1/11page 1ENME 350 Fall
Maryland - ENME - enme350
ENME 350 Fall 2011 Electronics and Instrumentation IMon & Wed Lectures EGR 1202Prof. D. B. Barker, room 2112 ENG, (301) 405-5264, dbarker@umd.eduHomework #8 due Wednesday, Nov. 16th at beginning of classProblems from Hambley 5th edition (our official
Maryland - ENME - enme350
ENME 350 Fall 2011 Electronics and Instrumentation IMon & Wed Lectures EGR 1202Prof. D. B. Barker, room 2112 ENG, (301) 405-5264, dbarker@umd.eduHomework #9 due Wednesday Nov 30th at beginning of class1. Thecircuitbelowusesafreewheelingdiodeacrossanin
Maryland - ENME - enme350
ENME 350 Fall 2011 Electronics and Instrumentation IMon & Wed LecturesProf. D. B. Barker, room 2112 ENG, (301) 405-5264, dbarker@umd.eduHomework#10dueWednesdayMay4thatbeginningofclass1. Whichcircuitsareinnegativefeedback?CircuitsBandDareinnegativefee
Maryland - ENME - enme350
ENME 350Electronics and Instrumentation IFall 2011Quiz 1 (5 minutes)Remember to read the question and check your units!Name:Lab Section (or Day):SID:Date:1. (5 pts) Find Iy.IxX4+5V _+-3mAX13V X2_+1mA 3V X3 -2mAIy-Circle the correct
Maryland - ENME - enme392
ENME392 Spring 2011Homework 10 SolutionsTotal number of points: 801.Chapter 10: 10.63(6pts)p1^ = 63/100 = 0.630p2^ = 59/125 = 0.4721. hypotheses: H0: p1^ = p2^; H1: p1^ p2^2. two-sided test, use a P-value3. test statistic?1 2ppz= q( 1 / n1 +
Maryland - ENME - enme392
ENME392 Spring 2011Homework 11 SolutionsTotal number of points: 601. Chapter 12: 12.3PLUS, compare to the results obtained by doing each X separately. Discuss.(10 pts)Time6.4015.0518.7530.2544.8548.9451.5561.50100.44111.42Width1.322.69
Maryland - ENME - enme392
ENME392 Fall 2011Homework 1 SolutionsAssignment:1) (49pts) Using the dataset of exercise 1.1 in Walpole:3.4, 2.5, 4.8, 2.9, 3.6, 2.8, 3.3, 5.6, 3.7, 2.8, 4.4, 4.0, 5.2, 3.0, 4.8a) (7pts) What is the sample size?Sample size (n) = 15b) (7pts) Calcula
Maryland - ENME - enme392
ENME392 Fall 2011Homework 2 SolutionsTotal number of points: 100Assignment:1. Chapter 2: 2.5(2 pts)DieCoin 1Coin 21HH1H1HT11TH1T1TT2H22T3HH3H3HT33TH3T3TT4H44T5HH5H5HT55TH5T5TT6H66T2. Chapter 2: 2.6S = cfw_A1A2, A1A3
Maryland - ENME - enme392
ENME392 Fall 2011Homework 3 SolutionsTotal number of points: 100Assignment:1. Chapter 2: 2.75 (Edition 8) / 2.71 (Edition 9)(6 pts)P(meets spec) = 0.95P(too light) = 0.002cost $20, sold $25(a) P(too heavy) = 1 0.95 0.002 = 0.048(b) Profit on 10k
Maryland - ENME - enme392
ENME392 Fall 2011Homework 4 SolutionsTotal number of points: 1001.Chapter 3: 3.39 (leave as a formula)(4 pts)sack of fruit with 3 oranges X, 2 apples Y, 3 bananas B8 total fruit, take 4 piecesX = # oranges, Y = # of apples(a) f(x,y) = ?same as e
Maryland - ENME - enme392
ENME392 Fall 2011Homework 5 SolutionsTotal number of points: 100Assignment:1.Chapter 8: 8.22(5 pts)(a) the mean and standard deviation of the sampling distributioncmcm(b) The number of sample means that fall between 172.5 and 175.8 cm:mean samp
Maryland - ENME - enme392
ENME392 Fall 2011Homework 6 SolutionsFor this problem, you may work in groups of up to 4. Obtain a box or box lid ofapproximately 9 x 13. Draw a square on the bottom of it that is 3.5 on each side; thesquare can be off center. From a height of approxi
Maryland - ENME - enme392
ENME392 Fall 2011Homework 7 SolutionsTotal number of points: 100The questions are a follow-up to last-weeks assignment: (80 pts)a) Group your number-of-heads data into 25 groups of 4 points by taking the results of thefirst 4 tosses, then the next 4,
Maryland - ENME - enme392
ENME392 Fall 2011Homework 8Total number of points: 100The question is a follow-up to last-weeks assignment:a) What is the 95% prediction interval for a future number of heads?(8pts)Textbook problems:1.Chapter 9: 9.18 (Edition 8) / 9.14 (Edition 9)