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Graphics Homework Assignments

Course: ENGR 111 A, Spring 2011
School: Texas A&M
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Homework Graphics Assignments Page 28 problem 1, and page 29 problem 3 Page 256, 257,258,259, and 260 Cavalier Oblique of Page 54 Problem 7 Cabinet Oblique of Page 51 Problem 2 and Page 52 problem 3 Isometric of Page 53 Problem 5 and problem 6 Problem 5Bracket, Problem 6---Stabilizer on page 30 of the textbook (do not add dimensions) Problem 9---Corner Bracket on page 32 of the textbook (do not add dimensions)...

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Homework Graphics Assignments Page 28 problem 1, and page 29 problem 3 Page 256, 257,258,259, and 260 Cavalier Oblique of Page 54 Problem 7 Cabinet Oblique of Page 51 Problem 2 and Page 52 problem 3 Isometric of Page 53 Problem 5 and problem 6 Problem 5Bracket, Problem 6---Stabilizer on page 30 of the textbook (do not add dimensions) Problem 9---Corner Bracket on page 32 of the textbook (do not add dimensions) Draw three orthographic views for Page 236 problem and 3 problem 4 In AutoCAD! Use AutoCAD to dimension the objects shown in the following templates: - DimExercise02 - DimExercise04 - DimExercise01 (optional) - DimExercise06 (optional) Page 129, 131, and 133 of the graphic book by hand Using your scales, complete the scaling exercises on page 88 (Rugby Field), page 89 (Football Field), and page 93 (Hockey Rink) in the textbook - page 89, use scale 1/8 = 1- 0 to instead of 1/32 = 1- 0 Page 155 and 156
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Texas A&M - ENGR - 111 A
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Texas A&M - ENGR - 111 A
ENGR-STEPS 111 Project 1: Supermag Tensile Testing Apparatus Objective: The objective is to construct an apparatus that is capable of loading a Supermag stick that has two balls attached to it to failure. Purpose: Data collected from the apparatus will al
Texas A&M - ENGR - 111 A
Supermag Tensile TesterVersion 2Supermag Tester Components3 main components Lever Arm Fulcrum/pivot mount Specimen supportFulcrum/pivotSpecimen supportLever armLever Arm The specimen holder places the testspecimen about 1.25 in. from the pivot
Texas A&M - ENGR - 111 A
LearningObjectivesClassparticipantsshouldbeabletodescribethefourbasicDISCbehaviortypes.ClassparticipantsshouldbeabletodeterminetheirDISCbehaviortypeforpurposesofthisexercise.08/30/2004FC/ENGR111/Maxwell1The DISC Profile of OutwardOperating (Beh
Texas A&M - ENGR - 111 A
MarineHeavyLiftingSolutions,DesignTaskForceSeptember 21, 2010MemorandumTo:Donald a. Maxwell, PELead Technical DirectorFrom:Design Team XXXXMembers:xxxxxxxxxSubject:Project #1 Tensile Strength Test of Magnetic Members.Purpose and Background:
Texas A&M - ENGR - 111 A
Tensile Capacity Determination of Stick MagnetsbyApplication of Equilibrium of Torques (Moments)Objective:There are two objectives for this laboratory:a) Apply the principles of torque (moment) equilibrium to conduct a tensile load test to themagnet
Texas A&M - ENGR - 111 A
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Texas A&M - ENGR - 111 A
The Bridge Project.How to Build a Stable Truss.TR-21PS RAT # 1 (Always individual)Here comes your firstReadiness Assessment Test(based on previous HWk and readingassignment)2RAT #11. Use the Law of Sines to find two relationshipsfor the calcul
Texas A&M - ENGR - 111 A
Construction of aFree Body DiagramTR-3Class 02-021RAT 02_02Take a NEW clean sheet of paper and writeTeamNumberDateRAT 02_02Section NumberNamePageReminder: Individual workThere are two problems on this RAT.Take 5 minutes to solve each of th
Texas A&M - ENGR - 111 A
Static Equilibrium.Forces & Moments.Equilibrium of a Particle.Equilibrium of a Rigid Body.TR-41Learning Objectives When you complete this module you will be able to Calculate the x-y components of a force given itsmagnitude and angle. Find unkno
Texas A&M - ENGR - 111 A
Review: CalculatingReaction Forces in a Truss.Two Force Members.TR-6ENGR 111 - Track A - Fall 20111Learning Objectives Review: Calculating force components and moments;equilibrium of rigid bodies. Find unknown external forcesby using the equation
Texas A&M - ENGR - 111 A
CablesandPulleys.Twoforcemembers.Class0402ENGR111TrackA1CablesandPulleysCables/ropessupportonlytensileforces(youcannotpushonarope!).OnFBDs,wewillalwaysshowthedirectionofcableforcessothatpositivevaluescorrespondtotension.TTAssumptions:cabledoes
Texas A&M - ENGR - 111 A
Calculating InternalForces in a Truss usingMethod of Joints.Zero-force Members.TR-7ENGR 111 Track A1RAT 05_01Take a NEW clean sheet of paper and writeTeamNumberDateRAT 02_02S ection NumberNameP ageReminder: Individual workThere are two pr
Texas A&M - ENGR - 111 A
Exam InfoTime/Location: Wed Oct 5 at 6:30pm 114 Richardson Multiple Choice and workoutproblemsAlternative Exam (CVLB 421) 3:00pm and(CVLB 418) 4:30pm (SameDay) You arrange this withme by MondayTestable Topics (ProblemSolving: Definition of Tr
Texas A&M - ENGR - 111 A
Trigonometry Facts and PS-Homework # 1 (PS_HW1)From your early school days, you probably remember vaguely some trigonometric facts. Trig. is a vitalelement of ALL calculations in many branches of engineering. In order to do it fast and accurately, youn
Texas A&M - ENGR - 111 A
ENGR-STEPS 111: Project 1 - Loading Truss to FailureObjective:The objective is to determine the load required to cause the designed truss to fail.Purpose:The load for failure obtained will be compared to the value predicted.Equipment:Truss tester ri
Texas A&M - ENGR - 111 A
Truss Testing PreviewENGR 111 - Track APivot blockPivot pointLLoad weightdLoad armLoad pinCounter weightBaseGrommetsTruss Buster RigTruss Tester ComponentsScrews toadjust loadarmgrommetsLoad armWeights (2,3,4, & 5 lb)Load plate and loa
Texas A&M - CSCE - 206
Arrays and Strings1Arrays An array is a collection of variables of thesame type that are referred to through acommon name. It is a Data Structure which can hold a setof data items of the same type(e.g., all theexam scores(integers) from test #1.
Texas A&M - CSCE - 206
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
Texas A&M - CSCE - 206
Fundamental Data Types1Declaration All variables must be declared before beingused. 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
Texas A&M - CSCE - 206
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
Texas A&M - CSCE - 206
Functions and StructuredProgramming1Structured Programming Structured programming is a problem-solvingstrategy and a programming methodology. The construction of a program should embody topdown design of the overall problem into finitesubtasks. Ea
Texas A&M - CSCE - 206
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
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
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
Texas A&M - MATH - 304
MATH 304, Fall 2011Linear AlgebraCourse outlinePart I ( 3 weeks): Elementary linear algebra Systems of linear equations Gaussian elimination process, Gauss-Jordanreduction Matrix algebra Determinants and their propertiesPart II ( 4.5 weeks): Abst
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MATH 304, Fall 2011Linear AlgebraMATH 304Linear AlgebraLecture 2:Gaussian elimination (continued).Row echelon form.Gauss-Jordan reduction.System of linear equations a11x1 + a12x2 + + a1n xn = b1a21x1 + a22x2 + + a2n xn = b2am1 x1 + am2 x2 + + a
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MATH 304, Fall 2011Linear AlgebraMATH 304Linear AlgebraLecture 3:Some applications ofsystems of linear equations.Matrix algebra.Homework assignmentHomework assignment 1 (due Thursday, September8):Section 1.1: 1b, 1d, 3a, 3d, 6e, 6hSection 1.2:
Texas A&M - MATH - 304
MATH 304, Fall 2011Linear AlgebraHelp sessions:The Math 304/309/311/323 Help Session will beheld on MW from 7:30-10:00pm and on TR from6:30-9:00 p.m., BLOC 160Homework assignment #2(due Thursday, September 15)All problems are from Leons book (8th
Texas A&M - MATH - 304
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Texas A&M - MATH - 304
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Texas A&M - MATH - 304
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MATH 304, Fall 2011Linear AlgebraHomework assignment #4(due Thursday, September 29)All problems are from Leons book (8th edition).Section 3.1: 9a, 9b, 11Section 3.2: 1b, 1c, 11b, 11c, 13a, 13b, 20MATH 304Linear AlgebraPart II ( 4.5 weeks): Abstra
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Texas A&M - MATH - 304
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Texas A&M - MATH - 304
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Texas A&M - MATH - 304
MATH 304, Fall 2011Linear AlgebraHomework assignment #6(due Thursday, October 20)All problems are from Leons book (8th edition).Section 3.5: 1b, 5a, 6a, 6bSection 3.6: 1a, 2a, 2b, 2c, 9, 16MATH 304Linear AlgebraLecture 12:Rank and nullity of a m
Texas A&M - MATH - 304
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MATH 304, Fall 2011Linear AlgebraHomework assignment #6(due Thursday, October 20)All problems are from Leons book (8th edition).Section 3.5: 1b, 5a, 6a, 6bSection 3.6: 1a, 2a, 2b, 2c, 9, 16MATH 304Linear AlgebraLecture 14:Basis and coordinates.
Texas A&M - MATH - 304
MATH 304, Fall 2011Linear AlgebraHomework assignment #7(due Thursday, October 27)All problems are from Leons book.Section 4.1: 4, 7c, 7d, 17c, 19aSection 4.2: 2c, 3c, 4a, 6, 15MATH 304Linear AlgebraLecture 15:Linear transformations (continued).
Texas A&M - MATH - 304
MATH 304, Fall 2011Linear AlgebraHomework assignment #7(due Thursday, October 27)All problems are from Leons book.Section 4.1: 4, 7c, 7d, 17c, 19aSection 4.2: 2c, 3c, 4a, 6, 15MATH 304Linear AlgebraLecture 16:Matrix transformations (continued).
Texas A&M - MATH - 304
MATH 304, Fall 2011Linear AlgebraHomework assignment #8(due Thursday, November 3)All problems are from Leons book.Section 4.3: 4, 11Section 5.1: 3c, 5, 7, 17Section 5.2: 1b, 2a, 4, 9MATH 304505Linear AlgebraPart III ( 3.5 weeks): Advanced linear
Texas A&M - MATH - 304
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Texas A&M - MATH - 304
MATH 304, Fall 2011Linear AlgebraHomework assignment #9(due Thursday, November 10)All problems are from Leons book (8th edition).Section 5.3: 1b, 1c, 3a, 5, 6Section 5.4: 3b, 7c, 8a, 15b, 30MATH 304Linear AlgebraLecture 19:Least squares problems
Texas A&M - MATH - 304
MATH 304, Fall 2011Linear AlgebraHomework assignment #9(due Thursday, November 10)All problems are from Leons book (8th edition).Section 5.3: 1b, 1c, 3a, 5, 6Section 5.4: 3b, 7c, 8a, 15b, 30MATH 304Linear AlgebraLecture 20:Inner product spaces.
Texas A&M - GEOG - 305
Notes 11-7Texas PopulationRapid Demographic Change in TexasPrimarily growthSecondarily diversity-Texas is considered one of the 5 most diverse statesCities of TexasCities & ResearchCities are functional regions.-Continuation of Human Settlements
Texas A&M - ENGR - 111 A
Exam 1 Problem #24:1 point - Free point for starting atleast the FBD2 points - FBD - 3 forces and coordinate orientation; 1/2 point each3 points - Right equations for Sum of X, Y and Moment to calculate external forces3 points - FBD at 3 significant n
Texas A&M - ENGR - 111 A
Exam 1 Topic ListENGR 111 Track A1.2.3.4.5.Summing Forces: Procedure for using geometry to calculate force resultants and sumsFree Body diagram construction ProcedureCables (ropes), forces in cables.Reactions at Pin and Roller jointsMoment Calc
Texas A&M - ENGR - 111 A
Outline of Topics for Final Project Technical MemoDate:To:From:Subject:Objective of ProjectTechnical Approach1. Analysis2. Design3. Fabrication4. Testing of alternatives5. Final DesignSummary of Dry-Run ResultsSummary of Final-Run ResultsPic
Texas A&M - ENGR - 111 A
Individual Homework Submission Guidelines for Problem Solving AssignmentsHomework should be presented in a neat and professional manner. The following formatis required in this course. It is a means of organization and is not meant to punish you orforc
Texas A&M - ENGR - 111 A
Homework Solutions Chapter 55.1 A = 145.6 lbB = 109.4 lb5.3 A = 33.3 lbB = 53.3 lb5.4 A = -53.3 lbsB = 213.3 lb F = 120 lb5.5 Cx = -5.625 NCy = 16.5 ND = 9.375 N5.6 B = 42.86 NAx = 68.57 N5.8 d = 3.10 ftB = 462.5 lb5.10a. Dy = (F/3) + (2P/3
Texas A&M - ENGR - 111 A
Homework Solutions Chapter 66.1 TAB = -625 lbTAC = 375 lb TBC = 1000 lb TBD = -625 lb TCD = 375 lb6.2 TAB = -500 lbTAC = 0 lbTBC = 625 lb TBD = -375 lb TCD = 625 lb TCE = 0 lb TDE= -500 lb6.3 Safety Factor = 3.20 for 1000 lb load (weakest element i
MIT - AERO - 16.72
Urban OR 2000 Quiz #2 Solutions 12/12/00 Prepared by JTH1a) 0,0,0 20,1,2 20,2,2 20,3,211 2 2 221 1 21,1,2 1 2 2 21,2,11 21,2,21,0,11,1,111 2 112,1,2 212,0,12,1,113,0,1 1b)1 1 + 2 + 21,2,2X1 1 + 2 + 21,2,2 0,3,
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Urban Operations Research Fall 2001 Quiz 2 SolutionsCompiled by James S. Kang 12/5/2001Problem 1 (Larson, 2001) (a) One is tempted to say yes by setting = N=2 221 = 2 . But = 2 is not the rate at whichcustomers are accepted into the system b ecause
MIT - AERO - 16.851
Attitude Determination and Control Attitude (ADCS)16.684 Space Systems Product Development Spring 2001Olivier L. de Weck Department of Aeronautics and Astronautics Massachusetts Institute of TechnologyADCS Motivation ADCSMotivationIn order to point a
University of Texas - E E - 325
Example : Show that the average power flux per unit area for an EM planewave can be represented asExample: Show that in a lossy medium with the average power fluxcan be represented asExample: For Fresh Water, we have R=50, = 2 0 , = 5 2 0 .3 p/m,Exo
University of Texas - E E - 325
University of Texas - E E - 325
Homework #4, Chapters 5 and 61.Within the region 1 5 cm, 0 0.3 , 0 z 2 cm, current density isgiven as J = (200 cos )a/(+ 0.01)A/m2. What total current in the a directioncrosses the surface: (a) = 0, 1 5 cm, 0 z 2 cm? (b) = 0.3, 1 5cm, and 0z 2 cm? (c
University of Texas - E E - 325
Homework #5, Chapter 71.Find H at P(2,3,5) in cartesian coordinates if there is an infinitely long currentfilament passing through the origin and point C. The current of 50 A is di- rected fromthe origin to C, where the location of C is: (a) C(0,0,1);