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Course: ENGL 100, Fall 2010School: UPenn
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Film World History to 1945 University of Pennsylvania GERMAN CINEMA 1920s Treaty of Versailles German Nordisk Decla-Bioscop Universum Film AG (Ufa) Parufamet costume dramas Ernst Lubitsch Madame Dubarry (1919) Kammerspiel (chamber dramas) The Last Laugh (1924) F.W. Murnau entfesselte camera bergfilme (mountain films) The Holy Mountain (1926) Expressionism realism Romanticism set Cabinet design The of Dr. Caligari...
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Film World History to 1945
University of Pennsylvania
GERMAN CINEMA 1920s
Treaty of Versailles
German Nordisk
Decla-Bioscop
Universum Film AG (Ufa)
Parufamet
costume dramas
Ernst Lubitsch
Madame Dubarry (1919)
Kammerspiel (chamber dramas)
The Last Laugh (1924)
F.W. Murnau
entfesselte camera
bergfilme (mountain films)
The Holy Mountain (1926)
Expressionism
realism
Romanticism
set Cabinet design
The of Dr. Caligari (1920)
Erich Pommer
2
Hans Janowitz
Carl Mayer
Robert Wiene
Conrad Veidt
Nosferatu (1922)
New Objectivity (Neue Sachlichkeit)
street film
The Street (1923)
G.W. Pabst, Joyless Street (1925), Secrets of a Soul (1926)
Metropolis (1927)
Fritz Lang
Thea von Harbou
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UPenn - ENGL - 100
World Film History to 1945University of PennsylvaniaThe Hollywood Studio Systemthe majorsbig 5little 3Poverty Rowstudio stylesdouble featurerear projectionoptical printermusicalscrewball comedyProduction CodeWill Hays
UPenn - ENGL - 100
World Film History to 1945University of PennsylvaniaHorror Film Origins to 1945genreaffectrepetition and differentiationfairy tales, folkloreJapanese kaidenFrancisco GoyaGothic literaturemystery playsFrench Grand GuignolEdisons Frankenstein (1
UPenn - ENGL - 100
World Film History to 1945University of PennsylvaniaJAPANESE CINEMAjidai-gekigendai-gekichambarakaijukabukibenshichained dramasTeinosuke KinugasaPage of Madness (1926)Shinkankaku group (School of New Perceptions)Pure Film MovementYasujiro Oz
UPenn - ENGL - 100
World Film History to 1945University of PennsylvaniaLate Silent Hollywoodvertical integrationblock bookingBalaban & Katzpicture palaceMPPDAWill HaysDonts and Be Carefulssoft style of cinematographypanchromaticCecil B. DeMilleTen Commandments
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ENGR 210 Statics and DynamicsLecture 6Truss analysisGirum UrgessaMarch 07, 2012LECTURE 6 March 07, 20121OUTLINE1. Truss definitions (6.1)2. The method of joints (6.2)3. The method of sections (6.4)4. Zero-force members (6.3)LECTURE 6 March 07,
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ENGINEERING ECONOMY, SixthEditionby Blank andTarquinCHAPTER IFOUNDATIONS OFENGINEERING ECONOMYMcGraHillw1.Foundations: Overview1. Questions2. Decision Making3. Study Approach4. Interest Rate5. Equivalence6. Simple and Compound Interest0
Texas A&M - ISEN - 303
Copyright The McGraw-Hill Companies, Inc. Permission required for reproduction or display.ENGINEERING ECONOMY, SixthEditionby Blank andTarquinCHAPTER 2Factors: How Time andInterest Affect MoneyMcGraHillwAuthored by Don Smith, Texas A&M Univer
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Copyright The McGraw-Hill Companies, Inc. Permission required for reproduction or display.ENGINEERING ECONOMY, SixthEditionby Blank andTarquinCHAPTER 3COMBINING FACTORSMcGraHillwAuthored by Don Smith, Texas A&M University 20041Copyright The
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Copyright The McGraw-Hill Companies, Inc. Permission required for reproduction or display.ENGINEERING ECONOMY, SixthEditionby Blank andTarquinChapter 4Nominal and Effective InterestRatesAuthored by Don Smith, Texas A&M University 2004Authored by D
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Copyright The McGraw-Hill Companies, Inc. Permission required for reproduction or display.ENGINEERING ECONOMY, SixthEditionby Blank andTarquinCHAPTER 5PRESENT WORTH ANALYSISMcGraHillw1Copyright The McGraw-Hill Companies, Inc. Permission requir
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ENGINEERING ECONOMY, SixthEditionby Blank andTarquinCHAPTER 6Annual Worth AnalysisMcGraHillwAuthored by Don Smith, Texas A&M University 20041Ch. 6: Learning Objectives:TopicsAW over one project life cycleAW calculationsCapital Recovery ana
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ENGINEERING ECONOMY, SixthEditionby Blank andTarquinCHAPTER 7McGraHillwRate of ReturnAnalysis: SingleAlternativeChapter 7 Learning Objectives1. Definition of Rate of Return (ROR)2. ROR using PW and AW3. Calculations about ROR4. Multiple RO
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ENGINEERING ECONOMY SixthEditionBlank andTarquinCHAPTER 8Rate of Return Analysis:Multiple AlternativesMcGraHillw02/19/101Learning Objectives1. Why Incremental Analysis?2. Incremental Cash Flows3. Interpretation4. Incremental ROR by PW5.
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SOLUTIONS MANUALFUNDAMENTALS OFMODERNMANUFACTURING:MATERIALS, PROCESSES, AND SYSTEMSSecond EditionMIKELL P. GROOVERProfessor of Industrial and Manufacturing Systems EngineeringLehigh UniversityJohn Wiley & Sons, Inc., New York1PREFACEThis is t
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INTRODUCTION TOCOMPUTER SCIENCECONCEPTS ANDPROGRAMMING1Outline Part I: An overview of Computer Science. Part II: Computer hardware and software. Part III: Computer languages.2Part I: An Overview ofComputer Science3What is Computer Science?Th
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Programming in CAn Overview1C-ProgrammingGeneral Purpose Language Developed by Dennis Ritchie of Bell Labs(1972).First used as The Systems Language for The UNIX operating system.Why C1. C is a SMALL Language.Small is beautiful in programming.Few
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Flow of ControlTrue and False in CConditional ExecutionIterationNested Code(Nested-ifs, Nested-loops)Jumps1True and False in C False is represented by any zero value.The int expression having the value 0.The floating expression having the value
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Fundamental Data Types1Declaration All variables must be declared beforebeing used. Tells compiler to set aside an appropriateamount of space in memory to hold a value. Enables the compiler to perform operationsusing the declared variables.2Basi
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Pointers1Why Pointers They provide the means by which functions canmodify arguments in the calling function. They support dynamic memory allocation. They provide support for dynamic datastructures, such as binary trees and linked lists.2What Are
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Character ProcessingHow characters can be treated as small integers?How characters are stored and manipulated in amachine?How use is made of certain standard header files?1Data Type char Fundamental Data Type stored in one Byte.28=256different co
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Structures and ADTs1Custom Data Type C gives you several ways to create a customdata type. The structure, which is a grouping of variablesunder one name and is called an aggregate datatype. The typedef keyword, which defines a newname for an exis
Texas A&M - CSCE - 206
File I/O1Files A file is an external collection of related datatreated as a unit. Since the contents of primary storage are lostwhen the computer is shut down, we need files tostore our data in a more permanent form. Additionally, the collection o
Texas A&M - CSCE - 206
OperatorsAndExpressions1Operators Arithmetic Operators Relational and Logical Operators Special Operators2Arithmetic OperatorsOperator+*/%-+ActionSubtraction, also unary minusAdditionMultiplicationDivisionModulusDecrementIncrement3
Texas A&M - CSCE - 206
Programming in CAn Overview1C-ProgrammingGeneral Purpose Language Developed by Dennis Ritchie of Bell Labs(1972).First used as The Systems Language for The UNIX operating system.Why C1. C is a SMALL Language.Small is beautiful in programming.Few
Texas A&M - CSCE - 206
Structures1Derived Data Type C gives you several ways to create acustom data type. The structure, which is a grouping ofvariables under one name and is called anaggregate data type. The typedef keyword, allow us to define anew user-defined type.
Texas A&M - MEEN - 222
CHAPTER 2 ATOMIC STRUCTURE AND INTERATOMIC BONDING PROBLEM SOLUTIONSFundamental Concepts Electrons in Atoms2.1 Cite the difference between atomic mass and atomic weight. Solution Atomic mass is the mass of an individual atom, whereas atomic weight is th
Texas A&M - MEEN - 222
CHAPTER 3 THE STRUCTURE OF CRYSTALLINE SOLIDS PROBLEM SOLUTIONSFundamental Concepts3.1 What is the difference between atomic structure and crystal structure? Solution Atomic structure relates to the number of protons and neutrons in the nucleus of an at
Texas A&M - MEEN - 222
CHAPTER 4 IMPERFECTIONS IN SOLIDS PROBLEM SOLUTIONSVacancies and Self-Interstitials4.1 Calculate the fraction of atom sites that are vacant for lead at its melting temperature of 327C (600 K). Assume an energy for vacancy formation of 0.55 eV/atom. Solu
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CHAPTER 7 DISLOCATIONS AND STRENGTHENING MECHANISMS PROBLEM SOLUTIONSBasic Concepts of Dislocations Characteristics of Dislocations7.1 To provide some perspective on the dimensions of atomic defects, consider a metal specimen that has a dislocation dens
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CHAPTER 8 FAILURE PROBLEM SOLUTIONSPrinciples of Fracture Mechanics8.1 What is the magnitude of the maximum stress that exists at the tip of an internal crack having a radius of curvature of 2.5 10-4 mm (10-5 in.) and a crack length of 2.5 10-2 mm (10-3
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CHAPTER 9 PHASE DIAGRAMS PROBLEM SOLUTIONSSolubility Limit9.1 Consider the sugarwater phase diagram of Figure 9.1. (a) How much sugar will dissolve in 1500 g water at 90C (194F)? (b) If the saturated liquid solution in part (a) is cooled to 20C (68F), s
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CHAPTER 10 PHASE TRANSFORMATIONS IN METALS PROBLEM SOLUTIONSThe Kinetics of Phase Transformations10.1 Name the two stages involved in the formation of particles of a new phase. Briefly describe each. Solution The two stages involved in the formation of
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CHAPTER 11 APPLICATIONS AND PROCESSING OF METAL ALLOYS PROBLEM SOLUTIONSFerrous Alloys11.1 (a) List the four classifications of steels. (b) For each, briefly describe the properties and typical applications. Solution This question asks that we list four
Texas A&M - MEEN - 222
CHAPTER 12 STRUCTURES AND PROPERTIES OF CERAMICS PROBLEM SOLUTIONSCrystal Structures12.1 For a ceramic compound, what are the two characteristics of the component ions that determine the crystal structure? Solution The two characteristics of component i
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CHAPTER 13 APPLICATIONS AND PROCESSING OF CERAMICS PROBLEM SOLUTIONSGlasses Glass-Ceramics13.1 Cite the two desirable characteristics of glasses. Solution Two desirable characteristics of glasses are optical transparency and ease of fabrication.Excerpt
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CHAPTER 14 POLYMER STRUCTURES PROBLEM SOLUTIONSHydrocarbon Molecules Polymer Molecules The Chemistry of Polymer Molecules14.1 On the basis of the structures presented in this chapter, sketch repeat unit structures for the following polymers: (a) polychl
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CHAPTER 15 CHARACTERISTICS, APPLICATIONS, AND PROCESSING OF POLYMERS PROBLEM SOLUTIONSStress-Strain Behavior15.1 From the stressstrain data for poly(methyl methacrylate) shown in Figure 15.3, determine the modulus of elasticity and tensile strength at r
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CHAPTER 16 COMPOSITES PROBLEM SOLUTIONSLarge-Particle Composites16.1 The mechanical properties of aluminum may be improved by incorporating fine particles ofaluminum oxide (Al2O3). Given that the moduli of elasticity of these materials are, respectivel
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CHAPTER 17 CORROSION AND DEGRADATION OF MATERIALS PROBLEM SOLUTIONSElectrochemical Considerations17.1 (a) Briefly explain the difference between oxidation and reduction electrochemical reactions. (b) Which reaction occurs at the anode and which at the c
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CHAPTER 18 ELECTRICAL PROPERTIES PROBLEM SOLUTIONSOhms Law Electrical Conductivity18.1 (a) Compute the electrical conductivity of a 5.1-mm (0.2-in.) diameter cylindrical silicon specimen 51 mm (2 in.) long in which a current of 0.1 A passes in an axial
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CHAPTER 19 THERMAL PROPERTIES PROBLEM SOLUTIONSHeat Capacity19.1 Estimate the energy required to raise the temperature of 2 kg (4.42 lb m) of the following materials from 20 to 100C (68 to 212F): aluminum, steel, sodalime glass, and high-density polyeth
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CHAPTER 20 MAGNETIC PROPERTIES PROBLEM SOLUTIONSBasic Concepts20.1 A coil of wire 0.20 m long and having 200 turns carries a current of 10 A. (a) What is the magnitude of the magnetic field strength H? (b) Compute the flux density B if the coil is in a
Texas A&M - MEEN - 222
CHAPTER 21 OPTICAL PROPERTIESElectromagnetic Radiation21.1 Visible light having a wavelength of 6 10-7 m appears orange. Compute the frequency and energy of a photon of this light. Solution In order to compute the frequency of a photon of orange light,
Texas A&M - MEEN - 222
Chapter 2 Exercise SolutionsSeveral exercises in this chapter differ from those in the 4th edition. An * following the exercise number indicates that the description has changed (e.g., new values). A second exercise number in parentheses indicates that t
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McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,CostAccounting:InformationforDecisionMakersChapter1McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Learning Objectives:1. Describethewaymanagersuseaccountinginformationtocreatev
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Cost Concepts and BehaviorChapter 2McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Learning Objectives1. Explain the basic concept of cost.2. Explain how costs are presented in financial statements3. Explain the process of cost allocation
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Fundamentals ofCost-Volume-Profit AnalysisChapter 3McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Learning Objectives:1. Usecostvolumeprofit(CVP)analysistoanalyzedecisions.2. Understandtheeffectofcoststructureondecisions.3. UseMicrosoft
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Fundamentals of Cost Analysisfor Decision MakingChapter 4McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Learning Objectives:1. Usedifferentialanalysistoanalyzedecisions.2. Understandhowtoapplydifferentialanalysistopricingdecisions.3. U
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Cost EstimationChapter 5McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Learning Objectives:2.3.4.5.1. Understand the reasons for estimating fixed andvariable costs.Estimate costs using engineering estimates.Estimate costs using acco
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Fundamentals of Product& Service CostingChapter 6McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Learning Objectives:1. Explain the fundamental themes underlying the designof cost systems.2. Explain how cost allocation is used in a cost
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Job CostingChapter 7McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Learning Objectives:1. Explain what job and job shop means.2. Assign costs in a job cost system.3. Account for overhead using predetermined rates.4. Apply job costing me
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Process CostingChapter 8McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Learning Objectives:1. Explain the concept and purpose of equivalent units.2. Assign costs to products using a five-step process.3. Assign costs to products using wei
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Activity-Based CostingChapter 9McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Learning Objectives:1. Understand the potential effects of using reported product costs fordecision making.2. Explain how a two stage product costing system wo
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Fundamentals of Cost ManagementChapter 10McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Learning Objectives:1. Explain the concept of activity-based cost management.2. Use the hierarchy of costs to manage costs.3. Describe how the action
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Service Department and Joint CostAllocationChapter 11McGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Learning Objectives:1. Explain why service costs are allocated.2. Allocate service department costs using the direct method.3. Allocate
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Fundamentals of ManagementControl SystemsMcGraw-Hill/Irwin Copyright 2008 The McGraw-Hill Companies,Chapter 12Learning Objectives:1. Explain the role of a management control system.2. Identify the advantages and disadvantages of decentralization.3.