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School: University Of Michigan
Eng101W07 Sec 100 Homework 3 Due Friday, January 26, 2007, by 6 PM EST Upload to CTools Site Name: FILL-IN Lab GSI: FILL-IN Lab Section #: FILL-IN A. Preparatory work. With the shortened week, we're short a lecture, so we're going to do a little bit
School: University Of Michigan
What will you get from this course? Engineering 101 Lecture 1 9/4/07 Introduction and Policies You will learn how to "think like an engineer" engineer" You will learn about algorithms and how to design/implement them You will learn programming in C
School: University Of Michigan
Q = heat required to raise the temperature of m pounds of material by deltaT 1. Once you know how many gallons of water you need to heat (w), you'll know how many pounds of water you need to heat ( m = 8.345 * w ). 2. Once you know the current temper
School: University Of Michigan
Engr. 110: Biomedical Engineering Homework 1.) You have been hired by TissueGen Inc. to tissue engineer a skin substitute. Using the design process presented in class, propose a strategy for a skin substitute. Include references for all sources you
School: University Of Michigan
Engineering 101 Lecture 21 Project 5 Prof. Michael Falk University of Michigan, College of Engineering Project 5: Rubble Rescue Robot Your job is to write a program that will guide a robot to a person trapped in rubble from a collapsed building.
School: University Of Michigan
Course: Engr 101
Exam 1 Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textbooks i
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 4: Control statements Manuel 1/23 Outline 1 Conditional expressions 2 Loops 3 More on loops and conditional expressions 2/23 The if statement If it rains, then I take an umbrella. Structure in MATLAB: if ex
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 5: Functions and recursion Manuel 1/28 Outline 1 Basics on functions 2 Common MATLAB functions 3 Recursion 2/28 From script to function Script: Sequence of MATLAB statements No input/output arguments Ope
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to Computer and Programming Chapter 1: Computers and Programming Languages Manuel 1/22 Outline 1 A brief history of computing 2 Understanding Computers 3 Understanding Programming 2/22 Ancient Era Abacus (-2700) Antikythera mechanism (-100) 3
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 2: Introduction to MATLAB Manuel Charlemagne 1/27 Outline 1 MATLAB or not MATLAB 2 Before starting with MATLAB 3 A rst glimpse into MATLAB 2/27 Mathematical softwares Axiom MATLAB GAP Maxima gp Octave
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 10: Arrays and pointers Manuel 1/28 Outline 1 Arrays 2 Pointers 3 Pointers and arrays 2/28 What is an array? Array: indexed collection of values of a same type (e.g. array of integers, oats. . . ), rst inde
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 6: Plotting in MATLAB Manuel Charlemagne 1/22 Outline 1 2D plotting 2 3D plotting 3 Curve tting 2/22 General plotting process 1 Use plotting tools or functions to create a graph 2 Extract data info/perform
School: University Of Michigan
MICHIGAN UNDERGRADUATE GUEST APPLICATION (Please follow the instructions on the reverse side of this page) PART I (To be completed by applicant) 1. Name: Moore Erin Last First (Maiden) Nicole Middle 2. *Social Security #: _ _ F 3. *Sex: M s 4. *Birth Date
School: University Of Michigan
2/26/13 Restitution of Cultural Property | United Nations Educational, Scientific and Cultural Organization UNESCO Culture Themes Movable Heritage and Museums Restitution of Cultural Property Movable Heritage and Intergovernmental Museums Committee for Pr
School: University Of Michigan
Course: Microprocessors And Toys
Cici Lu 593 Mosher Jordan 200 Observatory Street Ann Arbor, MI 48109 January 10, 2012 Mr. John von Neumann Director of Personnel Little Toy Blue 1 Varsity Drive, Suite 1973 Ann Arbor, MI 48108 Dear Mr. von Neumann: Im writing to you to convey my potential
School: University Of Michigan
Michael Noeske ENGR 417 Assignment 4 CreativeEntrepreneurship Sean Combs is a rapper, record producer, actor, and subsequently a nontraditional entrepreneur from New York. Combs began his career as marketing intern with Uptown Records; he primarily served
School: University Of Michigan
What will you get from this course? Engineering 101 Lecture 1 9/4/07 Introduction and Policies You will learn how to "think like an engineer" engineer" You will learn about algorithms and how to design/implement them You will learn programming in C
School: University Of Michigan
Engineering 101 Lecture 21 Project 5 Prof. Michael Falk University of Michigan, College of Engineering Project 5: Rubble Rescue Robot Your job is to write a program that will guide a robot to a person trapped in rubble from a collapsed building.
School: University Of Michigan
Course: Intro To Engineering
1/22/14 Resistive Circuits Engineering 100 Solar Cells: Renewable Energy From the Sun Jamie Phillips Electrical Circuit Closed path where electricity can flow Requires: Source of energy: power supply Conductive path: wiring Resistive element: lamp,
School: University Of Michigan
Course: Intro To Engineering
1/27/14 Diode Circuits Engineering 100 Solar Cells: Renewable Energy From the Sun Jamie Phillips What is a Diode? Electronic device that allows current to flow in only one direction One-way valve Diode symbol points to direction of current flow I Ano
School: University Of Michigan
Course: Intro To Engineering
1/20/14& Electricity Engineering 100 Solar Cells: Renewable Energy From the Sun Jamie Phillips Electricity Flow of electric charge Typically deal with electrons Use electrical energy to do work 2& 1& 1/20/14& How do you provide electricity? Fossil fuel
School: University Of Michigan
Course: Intro To Engineering
1/16/14% Gears and Motors Engineering 100 Solar Cells: Renewable Energy From the Sun Jamie Phillips Work and Energy Need force to change momentum of system Need energy to apply force Need energy to make a system change! Work defines energy supplied to the
School: University Of Michigan
Course: Engr 101
Exam 1 Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textbooks i
School: University Of Michigan
Course: Engr 101
Exam 1 answers Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the tex
School: University Of Michigan
Course: Engr 101
Exam 2 answers Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textb
School: University Of Michigan
Course: Engr 101
Exam 2 Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textbooks in
School: University Of Michigan
Course: Engr 101
Exam 3 Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textbooks in
School: University Of Michigan
Course: Engr 101
Exam 3 answers Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textb
School: University Of Michigan
Eng101W07 Sec 100 Homework 3 Due Friday, January 26, 2007, by 6 PM EST Upload to CTools Site Name: FILL-IN Lab GSI: FILL-IN Lab Section #: FILL-IN A. Preparatory work. With the shortened week, we're short a lecture, so we're going to do a little bit
School: University Of Michigan
Q = heat required to raise the temperature of m pounds of material by deltaT 1. Once you know how many gallons of water you need to heat (w), you'll know how many pounds of water you need to heat ( m = 8.345 * w ). 2. Once you know the current temper
School: University Of Michigan
Engr. 110: Biomedical Engineering Homework 1.) You have been hired by TissueGen Inc. to tissue engineer a skin substitute. Using the design process presented in class, propose a strategy for a skin substitute. Include references for all sources you
School: University Of Michigan
Session 1331 The Engineering Problem-Solving Process: Good for Students? Durward K. Sobek II, Vikas K. Jain Montana State University Abstract As part of an ongoing effort to better understand student problem-solving processes to openended problems, we hav
School: University Of Michigan
Course: Num Meth Engr
Homework 1 - Solutions (1) Convert the following by hand. (a) Convert to base 2: (387.23)10 (387.23)10 = (110000011.0011101011100001010001)2 Chopping after the rst 8 bits of the fractional part is (110000011.00111010)2 . (b) Convert to base 10: (1011000.1
School: University Of Michigan
Course: Num Meth Engr
Introduction to Numerical Methods - Math 471 - Summer 2014 Homework 3 Due: Friday, July 18th Include a cover sheet with your name, the course and the assignment number. Include all of your MATLAB script. At the top of each function or script, place a co
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing PROJECT #1: Tone Synthesizer/Transcriber Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT This project teaches you the Matlab Graphical User Interface (GUI) tool
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing LAB #3: Discrete Spectral Analysis Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT This lab will teach you how to use a tool central to signal processing: spect
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing LAB #1: Matlab and Sampling Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT This introductory lab will give you some basic tools that will be used in the remain
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing LAB #2: Frequencies of Musical Tones Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT This lab begins the study of music by determining the frequencies of musica
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing PROJECT #3 Music Synthesizer and Transcriber Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT This is the main project for the course. It has two parts: (1) Prog
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing PROJECT #2 Touch-Tone Synthesizer and Analyzer Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT Now that you have acquired some tools for analyzing frequencies a
School: University Of Michigan
ENG 490 W15 Design Review #3 guidelines Oral presentation: Tuesday, Thursday February 24,26 Deliverables due: Tuesday, Thursday February 24,26 Design Review #3 Objectives: Determine the quality and depth of engineeri
School: University Of Michigan
ENG 490 W15 Design Review #2 guidelines: Concept Design & Selection Oral presentations: Thursday February 12 and Tuesday February 17 Written report due: Wednesday February 18 by 5 pm Design Review #2 Objectives:
School: University Of Michigan
ENG 490 W15 Design Review #1 guidelines Oral presentation due: January 27 (Tuesday) Written report due: January 28, 5 pm Design Review #1 Objectives: Define the engineering design problem in an abstract Summarize
School: University Of Michigan
Engineering 101 Quote of the Day Freedom is not worth having if it does not include the freedom to make mistakes. - Mahatma Gandhi 2D/3D Data Representation A little something extra: MATLAB Type Conversions n Sometimes conversions are automatic (coercion)
School: University Of Michigan
Erin Nicole Moore ma115-172-w13 (section 172) This is the Derivative Gateway test. Passing on this test is SIX or more correct answers from the seven problems on the test. (incorrect) h(r) = 2ar2 + b , where a and b are r Correct Answers: Problem 1. Diffe
School: University Of Michigan
Course: Engr 101
Engr 101 Section 100 (Revision 8 January 2014) Staff and office hours Paul Kominsky (paulko): M, W after lecture, +TBD Benjamin Baumgarten (bendbaum): TBD Eric Hung (erichung): Brandon LaFleur (bla
School: University Of Michigan
Course: Design In The Real World
University of Michigan College of Engineering Fall 2012 ENGINEERING 100 (Section 200) INTRODUCTION TO ENGINEERING COURSE GOAL The goal of Engineering 100 is to provide a class-based and project-based overview of engineering that introduces first-year stud
School: University Of Michigan
Course: Introduction To Computers And Programming
hICCS V6gQ6 8`65 fB c6 8Pc`ed Qb9V@ 89cb a X`QP 85 A9 Q`CCHR D Q`CRHB H GFE D CCS A@9 8765 V6YX WVUT CSS A9 QPCRHCB D QPCCHI H GFE D CCB A@9 8765 43 22(1 0"$(0) ( '& %$# "! q&"p&pi &' # Engineering 101 introduces first-year students to the concept of a
School: University Of Michigan
Eng101W07 Sec 100 Homework 3 Due Friday, January 26, 2007, by 6 PM EST Upload to CTools Site Name: FILL-IN Lab GSI: FILL-IN Lab Section #: FILL-IN A. Preparatory work. With the shortened week, we're short a lecture, so we're going to do a little bit
School: University Of Michigan
What will you get from this course? Engineering 101 Lecture 1 9/4/07 Introduction and Policies You will learn how to "think like an engineer" engineer" You will learn about algorithms and how to design/implement them You will learn programming in C
School: University Of Michigan
Q = heat required to raise the temperature of m pounds of material by deltaT 1. Once you know how many gallons of water you need to heat (w), you'll know how many pounds of water you need to heat ( m = 8.345 * w ). 2. Once you know the current temper
School: University Of Michigan
Engr. 110: Biomedical Engineering Homework 1.) You have been hired by TissueGen Inc. to tissue engineer a skin substitute. Using the design process presented in class, propose a strategy for a skin substitute. Include references for all sources you
School: University Of Michigan
Engineering 101 Lecture 21 Project 5 Prof. Michael Falk University of Michigan, College of Engineering Project 5: Rubble Rescue Robot Your job is to write a program that will guide a robot to a person trapped in rubble from a collapsed building.
School: University Of Michigan
Course: Engr 101
Exam 1 Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textbooks i
School: University Of Michigan
Course: Engr 101
Exam 1 answers Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the tex
School: University Of Michigan
Course: Engr 101
Project 4 - Aircraft weight and fuel estimates Engr 101-100 W14, revision 1 Due March 23, 11:59pm 1 Introduction The rst step in developing a new aircraft is to estimate the takeo weight. The takeo weight estimate is then used to determine wing loading (h
School: University Of Michigan
Course: Engr 101
Exam 2 answers Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textb
School: University Of Michigan
Course: Engr 101
Exam 2 Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textbooks in
School: University Of Michigan
Course: Engr 101
Exam 3 Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textbooks in
School: University Of Michigan
Course: Engr 101
Exam 3 answers Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textb
School: University Of Michigan
Course: Engr 101
Project 6 - Battleship game Engr 101-100 W14, revision 2 Due April 22, 6:00pm Box cover (from http:/battleship.wikia.com/wiki/Battleship (game)?le=Battleship-1.jpg) 1 Introduction Battleship is one name of a pencil-and-paper guessing game. The game is nor
School: University Of Michigan
Course: Engr 101
Engr 101 Section 100 (Revision 8 January 2014) Staff and office hours Paul Kominsky (paulko): M, W after lecture, +TBD Benjamin Baumgarten (bendbaum): TBD Eric Hung (erichung): Brandon LaFleur (bla
School: University Of Michigan
Course: Engr 101
Project 5 - Two Dimensional Monte Carlo Neutron Simulation Engr 101-100 W14 Due April 6, 11:59pm Introduction You cannot convince utility companies or government labs to build expensive reactors or detection systems without rst proving that the system wil
School: University Of Michigan
Course: Engr 101
Project 2 - Pathnding Engr 101-100 W14, revision 1 Due February 16, 11:59pm 1 Introduction Two years ago, a series of earthquakes in southwest China killed at least 80 people and injured more than 700. In these earthquakes, thousands of homes collapsed. F
School: University Of Michigan
Course: Engr 101
Project 3 - Bus prediction Engr 101-100 W14, revision 2 Due March 2, 11:59pm 1 Introduction Beginning in about 2004, student groups in Engr 100 and UROP started developing the Magic Bus system at UM. This system provides real-time data on bus locations, a
School: University Of Michigan
Course: Engr 101
Project 1 - Hidden messages Engr 101-100 W14, revision 1 Due January 26, 11:59pm 1 Introduction A standard way to represent an image is as a matrix of values. Each value represents the shade or color of a single point in the image, called a pixel. The pix
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 4: Control statements Manuel 1/23 Outline 1 Conditional expressions 2 Loops 3 More on loops and conditional expressions 2/23 The if statement If it rains, then I take an umbrella. Structure in MATLAB: if ex
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 5: Functions and recursion Manuel 1/28 Outline 1 Basics on functions 2 Common MATLAB functions 3 Recursion 2/28 From script to function Script: Sequence of MATLAB statements No input/output arguments Ope
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to Computer and Programming Chapter 1: Computers and Programming Languages Manuel 1/22 Outline 1 A brief history of computing 2 Understanding Computers 3 Understanding Programming 2/22 Ancient Era Abacus (-2700) Antikythera mechanism (-100) 3
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 2: Introduction to MATLAB Manuel Charlemagne 1/27 Outline 1 MATLAB or not MATLAB 2 Before starting with MATLAB 3 A rst glimpse into MATLAB 2/27 Mathematical softwares Axiom MATLAB GAP Maxima gp Octave
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 10: Arrays and pointers Manuel 1/28 Outline 1 Arrays 2 Pointers 3 Pointers and arrays 2/28 What is an array? Array: indexed collection of values of a same type (e.g. array of integers, oats. . . ), rst inde
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 6: Plotting in MATLAB Manuel Charlemagne 1/22 Outline 1 2D plotting 2 3D plotting 3 Curve tting 2/22 General plotting process 1 Use plotting tools or functions to create a graph 2 Extract data info/perform
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 9: Syntax and control statements Manuel 1/21 Outline 1 General syntax 2 Conditional statements 3 Loops 2/21 Program structure First lines Function name Input Output Brackets End of line 3/21 Blocks bl
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 8: Data types in C Manuel 1/16 Outline 1 Basics on data types 2 More on data types 3 Beyond data types 2/16 Types of variables 3 main categories of variables: Constant variables: #define PI=3.14159 Global
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 7: Introduction to C Manuel 1/21 Outline 1 What is C? 2 From C to machine code 3 Libraries and functions 2/21 A bit of history Unix OS implemented in assembly New hardware new possibilities New possibili
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 3: Data types and structures Manuel 1/21 Outline 1 Data types 2 Arrays and matrices 3 Structures 2/21 What are data types? How numbers are represented in the computer Determine the amount of storage alloc
School: University Of Michigan
Course: Intro To Engineering
Engineering 100 TC:The Forms and Organization of Technical Documents E.S. Hildinger If you havent done any of that. ! ! Its not too late! Start TODAY. Well be looking over your log at your rst team conference. which you should be thinking about scheduling
School: University Of Michigan
Course: Intro To Engineering
Heres what successful TC requires Understanding the audience for a particular piece of communication Analyzing your task Knowing the purpose of the communication Organizing, writing, and formatting your communication so as to produce ease of use -that
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 4: Control statements Manuel 1/23 Outline 1 Conditional expressions 2 Loops 3 More on loops and conditional expressions 2/23 The if statement If it rains, then I take an umbrella. Structure in MATLAB: if ex
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 5: Functions and recursion Manuel 1/28 Outline 1 Basics on functions 2 Common MATLAB functions 3 Recursion 2/28 From script to function Script: Sequence of MATLAB statements No input/output arguments Ope
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to Computer and Programming Chapter 1: Computers and Programming Languages Manuel 1/22 Outline 1 A brief history of computing 2 Understanding Computers 3 Understanding Programming 2/22 Ancient Era Abacus (-2700) Antikythera mechanism (-100) 3
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 2: Introduction to MATLAB Manuel Charlemagne 1/27 Outline 1 MATLAB or not MATLAB 2 Before starting with MATLAB 3 A rst glimpse into MATLAB 2/27 Mathematical softwares Axiom MATLAB GAP Maxima gp Octave
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 10: Arrays and pointers Manuel 1/28 Outline 1 Arrays 2 Pointers 3 Pointers and arrays 2/28 What is an array? Array: indexed collection of values of a same type (e.g. array of integers, oats. . . ), rst inde
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 6: Plotting in MATLAB Manuel Charlemagne 1/22 Outline 1 2D plotting 2 3D plotting 3 Curve tting 2/22 General plotting process 1 Use plotting tools or functions to create a graph 2 Extract data info/perform
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 9: Syntax and control statements Manuel 1/21 Outline 1 General syntax 2 Conditional statements 3 Loops 2/21 Program structure First lines Function name Input Output Brackets End of line 3/21 Blocks bl
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 8: Data types in C Manuel 1/16 Outline 1 Basics on data types 2 More on data types 3 Beyond data types 2/16 Types of variables 3 main categories of variables: Constant variables: #define PI=3.14159 Global
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 7: Introduction to C Manuel 1/21 Outline 1 What is C? 2 From C to machine code 3 Libraries and functions 2/21 A bit of history Unix OS implemented in assembly New hardware new possibilities New possibili
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to computer and programming Chapter 3: Data types and structures Manuel 1/21 Outline 1 Data types 2 Arrays and matrices 3 Structures 2/21 What are data types? How numbers are represented in the computer Determine the amount of storage alloc
School: University Of Michigan
Course: Intro To Engineering
Engineering 100 TC:The Forms and Organization of Technical Documents E.S. Hildinger If you havent done any of that. ! ! Its not too late! Start TODAY. Well be looking over your log at your rst team conference. which you should be thinking about scheduling
School: University Of Michigan
Course: Intro To Engineering
Heres what successful TC requires Understanding the audience for a particular piece of communication Analyzing your task Knowing the purpose of the communication Organizing, writing, and formatting your communication so as to produce ease of use -that
School: University Of Michigan
Course: Intro To Engineering
Proposals can be formal.like Engineering 100 TC: Memos & the Proposal E. S. Hildinger Grant proposals (to NIH, NSF, etc.) Responses to RFPs Dissertation proposals They typically contain FIXED ELEMENTS in a fairly FIXED ORDER. Whats a proposal? Formal p
School: University Of Michigan
Course: Intro To Engineering
Maybe you dont believe ME. Engineering 100: The Technical Communication, Ethics, and Teamworking Components thats okay. just believe this (attributed to some big name at MIT): E.S. Hildinger Engineers who cant write work for engineers who can. 3 Why study
School: University Of Michigan
Course: Intro To Engineering
Graphics design and use have an ethical dimension Engineering 100 TC: Graphics, Part 2 E.S. Hildinger 27 February 2014 Title of Graph Some points covered in the TC text Choose the type of graphic you use carefully Include necessary labels, legends, and
School: University Of Michigan
Course: Intro To Engineering
for example, Engineering 100.100 Formal Features of Technical Documents, Part 2 E.S. Hildinger I didnt mark every format problem especially note formatting of graphics I didnt always write youll need to use in-text citations -but you will I didnt alwa
School: University Of Michigan
Course: Intro To Engineering
What do we mean by ethics? Preparation for ethics workshop For our purpose, ethics means several things: Read the ethics chapter (posted in RESOURCES: Ethics material) and the ethics lecture notes (posted in RESOURCES: Lecture Notes) systems for analyz
School: University Of Michigan
Course: Intro To Engineering
Todays focus: Engineering 100.100: Argumentation & Persuasion ! What we mean by argumentation ! How its different from persuasion ! Why its important in technical writing ! How to construct arguments E. S. Hildinger 20 February 2014 A few words about IWA
School: University Of Michigan
Course: Intro To Engineering
Why is most important ! Engineering 100 TC & Ethics: Documentation This is a place where communication and ethics come together ! E.S. Hildinger February 6, 2014 ! Youll see another when we talk about graphics Understanding why citation of sources matters
School: University Of Michigan
Course: Intro To Engineering
PROJECT, PART 1 PRODUCING A SUCCESSFUL WR 1 E.S. Hildinger 18 March 2014 TIPS FOR DOING WELL Team Project: Description and Assignment For your term project, you will investigate the engineering aspects of an orthopedic implant or medical device and produc
School: University Of Michigan
Course: Intro To Engineering
The formal specs are on your Style Sheet Engineering 100.100: Guidelines -WR 1 & OP 1 ! Follow memo format strictly ! Incorporate your graphics ! Incorporate your sources E.S. Hildinger ! ! ! ! Guidelines for WR 1: ! Written Report 1 is a short informal r
School: University Of Michigan
Course: Intro To Engineering
The plain truth. Engineering 100 TC: Clear Language E.S. Hildinger This material is technical. It has a specialized technical vocabulary. Not knowing that vocabulary makes everything much harder. You can use the guidelines without learning the vocabula
School: University Of Michigan
Course: Intro To Engineering
Some typical answers. Engineering 100.100 Teamworking Basics E.S. Hildinger Our team had the problem of not having common goals. Some of us cared a lot more than the others about doing well and getting a good grade. We would put things off and then have
School: University Of Michigan
Course: Intro To Engineering
EDITING PRACTICE FOR FINAL EXAM The editing question on the nal exam will include two sentence sets, one of which will be taken from the sentence sets below. Practice spotting the problems and revising the sentences to eliminate them. Concentrate on (1) c
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to Algorithms and Programs Exam #1 review ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 7-OCT-2013 ENGR101, Section 100 Exam1 review, Dr.
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam #3 review ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 11-DEC-2013 ENGR101, Section 100 Exam3 review, Dr. R. Niciejewski Pg 1 Lecture Goals Exam
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam #2 review ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 4-NOV-2013 ENGR101, Section 100 Exam2 review, Dr. R. Niciejewski Pg 1 Lecture Goals Exam
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing Synthesis of Simple Music Signals Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT These notes are a quick introduction to synthesis of musical signals. They foc
School: University Of Michigan
Course: Intro To Engineering
TECHNICAL COMMUNICATION EXAM 2 REVIEW 1. TECHNICAL COMMUNICATION VS. ESSAY a. Review workshop comparing style, language, organization, content b. Study Chapter 1 (Know General Characteristics; Tone, Level, Conciseness) c. Study lecture slides, handouts an
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Engineering101 Exam3Review QuoteoftheDay Yourealmostdone! Outline n IntrotoMATLABandMatrices n ScriptandFunctionFiles n MATLABProgramming n SubarraysandVectorization n PlottinginMATLAB C+vs.MATLAB n n n n n Compiled Fast PredefinedLibraries CustomDesign D
School: University Of Michigan
MICHIGAN UNDERGRADUATE GUEST APPLICATION (Please follow the instructions on the reverse side of this page) PART I (To be completed by applicant) 1. Name: Moore Erin Last First (Maiden) Nicole Middle 2. *Social Security #: _ _ F 3. *Sex: M s 4. *Birth Date
School: University Of Michigan
2/26/13 Restitution of Cultural Property | United Nations Educational, Scientific and Cultural Organization UNESCO Culture Themes Movable Heritage and Museums Restitution of Cultural Property Movable Heritage and Intergovernmental Museums Committee for Pr
School: University Of Michigan
Course: Microprocessors And Toys
Cici Lu 593 Mosher Jordan 200 Observatory Street Ann Arbor, MI 48109 January 10, 2012 Mr. John von Neumann Director of Personnel Little Toy Blue 1 Varsity Drive, Suite 1973 Ann Arbor, MI 48108 Dear Mr. von Neumann: Im writing to you to convey my potential
School: University Of Michigan
Michael Noeske ENGR 417 Assignment 4 CreativeEntrepreneurship Sean Combs is a rapper, record producer, actor, and subsequently a nontraditional entrepreneur from New York. Combs began his career as marketing intern with Uptown Records; he primarily served
School: University Of Michigan
What will you get from this course? Engineering 101 Lecture 1 9/4/07 Introduction and Policies You will learn how to "think like an engineer" engineer" You will learn about algorithms and how to design/implement them You will learn programming in C
School: University Of Michigan
Engineering 101 Lecture 21 Project 5 Prof. Michael Falk University of Michigan, College of Engineering Project 5: Rubble Rescue Robot Your job is to write a program that will guide a robot to a person trapped in rubble from a collapsed building.
School: University Of Michigan
Course: Intro To Engineering
1/22/14 Resistive Circuits Engineering 100 Solar Cells: Renewable Energy From the Sun Jamie Phillips Electrical Circuit Closed path where electricity can flow Requires: Source of energy: power supply Conductive path: wiring Resistive element: lamp,
School: University Of Michigan
Course: Intro To Engineering
1/27/14 Diode Circuits Engineering 100 Solar Cells: Renewable Energy From the Sun Jamie Phillips What is a Diode? Electronic device that allows current to flow in only one direction One-way valve Diode symbol points to direction of current flow I Ano
School: University Of Michigan
Course: Intro To Engineering
1/20/14& Electricity Engineering 100 Solar Cells: Renewable Energy From the Sun Jamie Phillips Electricity Flow of electric charge Typically deal with electrons Use electrical energy to do work 2& 1& 1/20/14& How do you provide electricity? Fossil fuel
School: University Of Michigan
Course: Intro To Engineering
1/16/14% Gears and Motors Engineering 100 Solar Cells: Renewable Energy From the Sun Jamie Phillips Work and Energy Need force to change momentum of system Need energy to apply force Need energy to make a system change! Work defines energy supplied to the
School: University Of Michigan
Course: Intro To Engineering
2/17/14& Solar Energy Engineering 100 Solar Cells: Renewable Energy From the Sun Jamie Phillips Photoelectric Effect Photovoltaic effect discovered in 1839 by AlexandreEdmond Becquere (current, voltage produced by shining light) Photoelectric effect dis
School: University Of Michigan
Course: Intro To Engineering
1/10/14% Mechanical Energy Engineering 100 Solar Cells: Renewable Energy From the Sun Jamie Phillips Energy Amount of work that can be performed Need energy to do anything As engineers, need energy to accomplish goal Can we create energy? 2% 1% 1/10/1
School: University Of Michigan
Course: Intro To Engineering
2/3/14 Electromagnetic Waves Light Engineering 100 Solar Cells: Renewable Energy From the Sun Jamie Phillips What Does the Sun Give Us? Approximately 1017 W! (Thats a years supply of energy in one hour) 2 1 2/3/14 Is There Enough Solar Energy? A
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Sorting and Recursion ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 28-OCT-2013 ENGR101, Section 100 Lecture 14, Dr. R. Niciejewski Pg 1 Lecture Goals
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Mechanical Engineering: computers and augmented reality Vectors ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 21-OCT-2013 ENGR101, Section 100 Lecture
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Intro to MATLAB ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 11-NOV-2013 ENGR101, Section 100 Lecture 16, Dr. R. Niciejewski Pg 1 Lecture Goals Previ
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Auroras Taken by Horace Smith on October 2, 2013 @ Clinton County, Michigan, USA Variables, scope, lifetime ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michig
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Vector of vectors and native arrays ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 23-OCT-2013 ENGR101, Section 100 Lecture 13, Dr. R. Niciejewski Pg 1
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
2D / 3D Data Representation ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 4-DEC-2013 ENGR101, Section 100 Lecture 22, Dr. R. Niciejewski Pg 1 What happ
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Function Files and Managing Data ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 18-NOV-2013 ENGR101, Section 100 Lecture 18, Dr. R. Niciejewski Pg 1 Lec
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Sub-arrays and vectorization ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 2-DEC-2013 ENGR101, Section 100 Lecture 21, Dr. R. Niciejewski Pg 1 Lecture
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
MATLAB Programming II ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 25-NOV-2013 ENGR101, Section 100 Lecture 20, Dr. R. Niciejewski Pg 1 Lecture Goals
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
MATLAB Programming I ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 20-NOV-2013 ENGR101, Section 100 Lecture 19, Dr. R. Niciejewski Pg 1 Lecture Goals
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Strings and array semantics ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 9-OCT-2013 ENGR101, Section 100 Lecture 10, Dr. R. Niciejewski Pg 1 Strings a
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Selection ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 23-SEP-2013 ENGR101, Section 100 Lecture 6, Dr. R. Niciejewski Pg 1 Lecture Goals Previous mat
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Matrices and Linear Equations ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 30-OCT-2013 ENGR101, Section 100 Lecture 15, Dr. R. Niciejewski Pg 1 Lectur
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
File Streams ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 16-SEP-2013 ENGR101, Section 100 Lecture 4, Dr. R. Niciejewski Pg 1 Lecture Goals Previous
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Introduction to Algorithms and Programs ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 04-SEP-2013 ENGR101, Section 100 Lecture 1, Dr. R. Niciejewski Pg
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Basic Iteration and Conditionals ENGR 101 Section 300 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 18-SEP-2013 ENGR101, Section 100 Lecture 5, Dr. R. Niciejewski Pg 1 Lect
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Matrices in MATLAB and Script Files ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 13-NOV-2013 ENGR101, Section 100 Lecture 17, Dr. R. Niciejewski Pg 1
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Functions and Procedures ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 11-SEP-2013 ENGR101, Section 100 Lecture 3, Dr. R. Niciejewski Pg 1 Lecture Goal
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
C+ Basics: Programs and Expressions ENGR 101 Section 300 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 9-SEP-2013 ENGR101, Section 100 Lecture 2, Dr. R. Niciejewski Pg 1 Le
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Predicates and Introduction to Loops ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 25-SEP-2013 ENGR101, Section 100 Lecture 7, Dr. R. Niciejewski Pg 1
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Crowdsourcing urban air temperatures from smartphone battery temperatures More loops ENGR 101 Section 100 Dr Rick Niciejewski Space Physics Research Laboratory Atmospheric, Oceanic, and Space Sciences Department University of Michigan 30-SEP-2013 ENGR101,
School: University Of Michigan
Course: Engr 101
Exam 1 Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textbooks i
School: University Of Michigan
Course: Engr 101
Exam 1 answers Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the tex
School: University Of Michigan
Course: Engr 101
Exam 2 answers Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textb
School: University Of Michigan
Course: Engr 101
Exam 2 Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textbooks in
School: University Of Michigan
Course: Engr 101
Exam 3 Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textbooks in
School: University Of Michigan
Course: Engr 101
Exam 3 answers Winter 2013 Engr101: Introduction to Algorithms and Programming Section 100 You are allowed to use the books and your notes. You may use electronic readers to read class materials and the textb
School: University Of Michigan
Course: Intro To Engineering
SCENARIOS FOR THE ETHICS AND TEAMWORK PORTION OF THE FINAL EXAM Scenario A: One of your good friends has just come to you with a teamwork question. Hes on a team with four other rst-year students in an E100 class focused on designing and building low-cost
School: University Of Michigan
Course: Intro To Engineering
Practice(Exam(1(Questions( ( Engineering(100,(Winter(2014( Solar(Cells:(Renewable(Energy(From(the(Sun( ( ( 1) You&have&designed&a&new&machine&based&on&a&pendulum&that&converts&potential&energy&into& electricity.&The&potential&energy&is&harnessed&by&liftin
School: University Of Michigan
Course: Intro To Engineering
Engin 100 (300) EXAM #1 Winter 2013 PRINT your name: I have neither given nor received aid on this exam, nor have I concealed any violation of the Honor Code SIGN your name: #1. [20] A sinusoidal signal is sampled at S=1200 samples/second. All but 3 sampl
School: University Of Michigan
Course: Intro To Engineering
Engin 100 (300) EXAM #2 Winter 2013 PRINT your name: I have neither given nor received aid on this exam, nor have I concealed any violation of the Honor Code SIGN your name: 1. [45] A signal 0.5 seconds long is sampled at 44000 samples/second and stored i
School: University Of Michigan
Course: Intro To Engineering
Essay vs Technical Writing Audience Awareness Memos (Forewords/Summaries) Progress Reports Research Memos Oral Presentations Content Development Graphics Writing Strategies Final Report- Persuasion Persuasion.pbkhan 1 www.lumesoft.com/images/MountainLakes
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 3 Fall 2011 Semester Engr101: Introduction to Algorithms and Programming Section 100 / 200 / 300 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and cell phones
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 3 Winter 2012 Semester Engr101: Introduction to Algorithms and Programming Section 200 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and phones. You may not a
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 3 - Answers Fall 2011 Semester Engr101: Introduction to Algorithms and Programming Section 100 / 200 / 300 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and c
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 3 - Answers Winter 2012 Semester Engr101: Introduction to Algorithms and Programming Section 200 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and phones. You
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 2 - Answers Winter 2012 Semester Engr101: Introduction to Algorithms and Programming Section 200 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and phones. You
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 2 Winter 2012 Semester Engr101: Introduction to Algorithms and Programming Section 200 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and phones. You may not a
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 2 Fall 2011 Semester Engr101: Introduction to Algorithms and Programming Section 100 / 200 / 300 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and cell phones
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 1 - Answers Winter 2012 Semester Engr101: Introduction to Algorithms and Programming Section 200 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and phones. You
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 2 - Answers Fall 2011 Semester Engr101: Introduction to Algorithms and Programming Section 100 / 200 / 300 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and c
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 1 Winter 2012 Semester Engr101: Introduction to Algorithms and Programming Section 200 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and phones. You may not a
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 1 Fall 2011 Semester Engr101: Introduction to Algorithms and Programming Section 100 / 200 / 300 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and cell phones
School: University Of Michigan
Course: INTRODUCTION TO COMPUTERS AND PROGRAMMING
Exam 1 - Answers Fall 2011 Semester Engr101: Introduction to Algorithms and Programming Section 100 / 200 / 300 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to, calculators, laptops, and c
School: University Of Michigan
Exam 1 Fall 2012 Semester ENGR 101: Introduction to Algorithms and Programming Section 200 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to,
School: University Of Michigan
Exam 1 Answers Fall 2012 Semester ENGR 101: Introduction to Algorithms and Programming Section 200 You are allowed to use the books and your notes. You may not use electronic devices: including, but not lim
School: University Of Michigan
Exam 1 Winter 2012 Semester Engr101: Introduction to Algorithms and Programming Section 200 You are allowed to use the books and your notes. You may not use electronic devices: including, but not limited to,
School: University Of Michigan
Exam 1 - Answers Winter 2012 Semester Engr101: Introduction to Algorithms and Programming Section 200 You are allowed to use the books and your notes. You may not use electronic devices: including, but not li
School: University Of Michigan
Exam 1 Winter 2011 Semester Engr101: Introduction to Algorithms and Programming Section 200 / 300 You are allowed to use the books and your notes. You may not use electronic devices: including, but not lim
School: University Of Michigan
Exam 1 - Answers Winter 2011 Semester Engr101: Introduction to Algorithms and Programming Section 200 / 300 You are allowed to use the books and your notes. You may not use electronic devices: including, b
School: University Of Michigan
Eng101W07 Sec 100 Homework 3 Due Friday, January 26, 2007, by 6 PM EST Upload to CTools Site Name: FILL-IN Lab GSI: FILL-IN Lab Section #: FILL-IN A. Preparatory work. With the shortened week, we're short a lecture, so we're going to do a little bit
School: University Of Michigan
Q = heat required to raise the temperature of m pounds of material by deltaT 1. Once you know how many gallons of water you need to heat (w), you'll know how many pounds of water you need to heat ( m = 8.345 * w ). 2. Once you know the current temper
School: University Of Michigan
Engr. 110: Biomedical Engineering Homework 1.) You have been hired by TissueGen Inc. to tissue engineer a skin substitute. Using the design process presented in class, propose a strategy for a skin substitute. Include references for all sources you
School: University Of Michigan
Session 1331 The Engineering Problem-Solving Process: Good for Students? Durward K. Sobek II, Vikas K. Jain Montana State University Abstract As part of an ongoing effort to better understand student problem-solving processes to openended problems, we hav
School: University Of Michigan
Course: Num Meth Engr
Homework 1 - Solutions (1) Convert the following by hand. (a) Convert to base 2: (387.23)10 (387.23)10 = (110000011.0011101011100001010001)2 Chopping after the rst 8 bits of the fractional part is (110000011.00111010)2 . (b) Convert to base 10: (1011000.1
School: University Of Michigan
Course: Num Meth Engr
Introduction to Numerical Methods - Math 471 - Summer 2014 Homework 3 Due: Friday, July 18th Include a cover sheet with your name, the course and the assignment number. Include all of your MATLAB script. At the top of each function or script, place a co
School: University Of Michigan
Course: Num Meth Engr
Introduction to Numerical Methods - Math 471 - Summer 2014 Homework 4 Due: Friday, July 25 Include a cover sheet with your name, the course and the assignment number. Include all of your MATLAB script. At the top of each function or script, place a comm
School: University Of Michigan
Course: Num Meth Engr
Introduction to Numerical Methods - Math 471 - Summer 2014 Homework 2 Due: Friday, July 11th Include a cover sheet with your name, the course and the assignment number. Include all of your MATLAB script. At the top of each function or script, place a co
School: University Of Michigan
Course: Intro To Engineering
Engin 100-900 Name: Rebekah Menchak Winter 2014 Peer Evaluation (1) of Team Members for Project Teams (20 Points) Please fill out this form and submit it to C-Tools by April 21, 2014. Please rate yourself and each of your team members. Use a scale from 1
School: University Of Michigan
Course: Design In The Real World
DESIGN REQUIREMENTS ASSIGNMENT (Individual Assignment) University of Michigan ENGR100-200 Create both an objective tree and a function block diagram for a general bicycle. You may optionally make the objective tree as a combined tree which would include c
School: University Of Michigan
Course: Design In The Real World
Defining the Problem & Requirements Engineering 100 Slow to Solve Principle During problem definition, do NOT think about possible solutions Resist the temptation! No matter how obvious it may seem that there is an only or a best way to address a given
School: University Of Michigan
Entrepreneurship Assignment 3 Michael Noeske Many high school students never have the opportunity to pitch an idea or project as a team. I was fortunate enough to have multiple opportunities to do this while I was in high school. In the 12th grade during
School: University Of Michigan
Entrepreneurship Assignment 2 Michael Noeske Christina Lampe-Onnerud has had an extremely successful and well-rounded career, being called a 40 year-old jazz singer, soccer mom, and research chemist. One may wonder how she has been able to achieve such su
School: University Of Michigan
Entrepreneurship Assignment 1 Michael Noeske What Entrepreneurship Means to Me Although the subject of entrepreneurship is very broad and even somewhat ambiguous, the conceptual idea I hold is something that I am very interested in. In fact, I have been i
School: University Of Michigan
Michael Noeske Engineering 417 Assignment 6 February 9, 2012 Brian Wong Brian Wong has shown to be a successful entrepreneur already in his young career. With his invention of kiip, he became the youngest entrepreneur to ever receive venture capital accor
School: University Of Michigan
ECE 565 Homework 2 Do homework problems in Phillips Text for next class: 2-4. Find the z-transform of the number sequence generated by sampling e(t) at T seconds beginning at t = 0. 2(1 - -5s ) where L{e(t)} = E(s) = s( s + 2) T = 1second E1(s) = 2
School: University Of Michigan
Programming Languages ENGR 101, Section 100 C+ HOMEWORK #1 Issued: Feb. 9, 2008, 9:00am Due: Feb. 15, 2008, 10:00pm 1. Construct a truth table for the function f produced by the circuit of Figure 1. Also write a logical test expression that will ch
School: University Of Michigan
Eng101W07 Sec 100 Homework 7: Some more Caesar and Strange vectors Due Friday, March 23, 2007, by 6 PM EDT Upload to CTools Site Name: FILL-IN Lab GSI: FILL-IN Lab Section #: FILL-IN A. Preparatory work. Read through Eckel's Chapter 3. Pay particul
School: University Of Michigan
Eng101W07 Sec 100 Homework 6: Jumping into C+ Due Friday, March 16, 2007, by 6 PM EDT1 Upload to CTools Site Name: FILL-IN Lab GSI: FILL-IN Lab Section #: FILL-IN A. Preparatory work. Read through the latter half of Eckel's Chapter 2. For more on
School: University Of Michigan
Eng101W07 Sec 100 Homework 2 Due Friday, January 19, 2007, by 6 PM EST Upload to CTools Site Name: FILL-IN Lab GSI: FILL-IN Lab Section #: FILL-IN A. Preparatory work. We're consolidating what we've covered over the first four lectures, so, you shoul
School: University Of Michigan
Eng101W07 Sec 100 Homework 9: Graphs, Adjacency matrices, and Hubs 1. [10 pts.] Load up adjacency matrices for star and line graphs Write functions to create adjacency matrices for star and line graphs for an arbitrary number of vertices. To simplify
School: University Of Michigan
Eng101W07 Sec 100 Homework 8: Strange vectors and Random walks Due Friday, March 30, 2007, by 6 PM EDT Upload to CTools Site Name: FILL-IN Lab GSI: FILL-IN Lab Section #: FILL-IN REMINDER: HONOR CODE REMAINS IN EFFECT. SERIOUSLY! ADDITIONAL PROBLEMS
School: University Of Michigan
Math 216 (Section 50) 1 (1.14) Written Homework #1 Solutions Fall 2007 y1 y1 = 3e3x = y1 = 32 e3x = 9 e3x = 9y1 . y1 Therefore y1 is a solution of the differential equation y = 9y. y2 y2 = -3e-3x = y2 = (-3)2 e-3x = 9 e-3x = 9y2 . y2 Therefor
School: University Of Michigan
Math 216 (Section 50) Written Homework #3 Solutions Fall 2007 1 (2.42) The IVP (Initial Value Problem) to solve is y = f (x, y), where f (x, y) = 2y. With (x0 , y0 ) = (0, 1/2), and a given value of h, Euler's method looks like the following: y1
School: University Of Michigan
Math 216 (Section 50) 1 (3.12) Verification Written Homework #4 Solutions Fall 2007 y1 = (cos 2x) = -2 sin 2x, Thus y1 = -2(sin 2x) = -4 cos 2x = -4y1 . y1 + 4y1 = 0. Also y2 = (sin 2x) = 2 cos 2x, Thus y2 + 4y2 = 0. Particular Solution Set y
School: University Of Michigan
Math 216 (Section 50) Written Homework #5 Solutions Fall 2007 1 (3.34) For the given differential equation 2y - 7y + 3y = 0, the characteristic equation is 2r2 - 7r + 3 = 0, which can be factored as follows: (2r - 1)(r - 3) = 0. Thus we have r =
School: University Of Michigan
Math 216 (Section 50) 1 (3.51) Let us assume Written Homework #6 Solutions Fall 2007 yp (x) = A e3x . Plugging this into the equation, we have 9A e3x + 16A e3x = e3x = 25A e3x = e3x = 25A = 1 = A = Therefore yp (x) = 2 (3.53) Let us assume yp (x)
School: University Of Michigan
Math 216 (Section 50) 1 (4.14) Let us first rewrite Let us define Written Homework #7 Solutions Fall 2007 2 5 ln t 1 x(3) - x + 2 x + 3 x = 3 . t t t t x1 := x, x2 := x = x1 , x3 := x = x2 . Therefore the given differential equations are rewritt
School: University Of Michigan
Math 216 (Section 50) 1 (5.12) (a) Since BC = we have 3 -4 5 1 Written Homework #8 Solutions Fall 2007 0 2 -12 10 = , 3 -1 3 9 2 -3 4 7 -9 -11 47 -9 AB = 2 -3 4 7 3 -4 -9 -11 = , 5 1 47 -9 A(BC) = and (AB)C = Therefore A(BC) = (AB)C. (b) We c
School: University Of Michigan
Math 216 (Section 50) 1 (7.44) t Written Homework #11 Solutions Fall 2007 t t f (t) g(t) := 0 t f ( ) g(t - ) d = 0 f (t - ) g( ) d = 0 (t - )2 cos d = 0 (t2 - 2t + 2 ) cos d t t t = t2 0 cos d - 2t 0 cos d + 0 2 cos d Now
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing PROJECT #1: Tone Synthesizer/Transcriber Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT This project teaches you the Matlab Graphical User Interface (GUI) tool
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing LAB #3: Discrete Spectral Analysis Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT This lab will teach you how to use a tool central to signal processing: spect
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing LAB #1: Matlab and Sampling Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT This introductory lab will give you some basic tools that will be used in the remain
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing LAB #2: Frequencies of Musical Tones Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT This lab begins the study of music by determining the frequencies of musica
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing PROJECT #3 Music Synthesizer and Transcriber Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT This is the main project for the course. It has two parts: (1) Prog
School: University Of Michigan
Course: Intro To Engineering
1 ENGIN 100: Music Signal Processing PROJECT #2 Touch-Tone Synthesizer and Analyzer Professor Andrew E. Yagle Dept. of EECS, The University of Michigan, Ann Arbor, MI 48109-2122 I. ABSTRACT Now that you have acquired some tools for analyzing frequencies a
School: University Of Michigan
Course: Microprocessors And Toys
Cici Lu Memory: memory[0] = 12 memory[1] = 30 memory[2] = 32 memory[3] = 31 memory[4] = 11 memory[5] = 38 memory[6] = 42 memory[7] = 45 memory[8] = 16 memory[9] = 20 memory[10] = 39 memory[11] = 0 memory[12] = 1 memory[13] = 41 memory[14] = 28 memory[15]
School: University Of Michigan
Lab 6 Binary & More Iteration ENGR 101 Lab 6 - Binary & More Iteration This lab will teach you about how data is represented on a computer (binary) and inform you about forloops. Background This lab will have two disjoint parts, the first d
School: University Of Michigan
Lab 4 Iteration & Selection ENGR 101 Lab 4 - Iteration & Selection In this lab, you will learn the basics of iteration (loops) and selection (if, else if, and else). This should help you create much more powerful programs that can crunch through a lot of
School: University Of Michigan
Lab 3 - File I/O In this lab, we are going to practice basic file input and output for C+. Syntax for what you need to accomplish will not be included for everything; you will need to refer to lecture 4 or other resources for syntax review. Part 0: Templa
School: University Of Michigan
Lab 2 - Basic I/O, Functions, and Procedures In this lab you will learn the basics of console input/output, fun ctions, and pr ocedures. By the end of this lab you should have enough knowledge to build basic C+ program s to do simple calculations. Backgro
School: University Of Michigan
Lab 1 Activities Basic Linux commands Program creation and compilation Style and commenting Using the Linux/UNIX operating system (to work in your engr101 directory): * Note: In the above fi
School: University Of Michigan
Course: Introduction To Computers And Programming
ENG101 Lab Exercise 6 September 30th and October 1st Iteration: Drawing Concepts: Using iterations in order to draw a picture Use for or while loops in order to create an output on the screen that looks like this: * * * * * * * * * * * * * * * * * * * Hin
School: University Of Michigan
Course: Introduction To Computers And Programming
Lab 5 Thursday and Friday, Sep 25th and 26th Concepts: Iteration Conditionals Loops ("Groundhog Day" Programming) You are a frustrated reporter from Pittsburgh, PA going to Punxsutawney, PA to cover the Groundhog Day festivities. You find that you are li
School: University Of Michigan
Course: Introduction To Computers And Programming
ENGR101 Lab 3 Thursday and Friday, Sep 11th and 12th Concepts: Writing a simple C+ code from scratch Functions Decision making Some basic physics concepts Consider an object P moving along a straight line from left to right (Figure 1). The position of P a
School: University Of Michigan
Course: Introduction To Computers And Programming
ENG101 Lab Exercise 2 September 9th and 10th, 2008 Quadratic Formula and Rounding Concepts: Writing a simple C+ code from scratch Integer versus floating point math Input/output streaming operators Making an Algorithm out of an equation Quadratic Formula
School: University Of Michigan
Course: Introduction To Computers And Programming
Lab 1 Thursday, September 4th and Friday September, 5th Activities Basic Linux commands Program creation and compilation Style and Commenting Using the Linux/UNIX operating system (to work in your eng101 directory): 1. Start a terminal window by righ
School: University Of Michigan
ENG 490 W15 Design Review #3 guidelines Oral presentation: Tuesday, Thursday February 24,26 Deliverables due: Tuesday, Thursday February 24,26 Design Review #3 Objectives: Determine the quality and depth of engineeri
School: University Of Michigan
ENG 490 W15 Design Review #2 guidelines: Concept Design & Selection Oral presentations: Thursday February 12 and Tuesday February 17 Written report due: Wednesday February 18 by 5 pm Design Review #2 Objectives:
School: University Of Michigan
ENG 490 W15 Design Review #1 guidelines Oral presentation due: January 27 (Tuesday) Written report due: January 28, 5 pm Design Review #1 Objectives: Define the engineering design problem in an abstract Summarize
School: University Of Michigan
Engineering 101 Quote of the Day Freedom is not worth having if it does not include the freedom to make mistakes. - Mahatma Gandhi 2D/3D Data Representation A little something extra: MATLAB Type Conversions n Sometimes conversions are automatic (coercion)
School: University Of Michigan
Erin Nicole Moore ma115-172-w13 (section 172) This is the Derivative Gateway test. Passing on this test is SIX or more correct answers from the seven problems on the test. (incorrect) h(r) = 2ar2 + b , where a and b are r Correct Answers: Problem 1. Diffe
School: University Of Michigan
Course: Engr 101
Engr 101 Section 100 (Revision 8 January 2014) Staff and office hours Paul Kominsky (paulko): M, W after lecture, +TBD Benjamin Baumgarten (bendbaum): TBD Eric Hung (erichung): Brandon LaFleur (bla
School: University Of Michigan
Course: Design In The Real World
University of Michigan College of Engineering Fall 2012 ENGINEERING 100 (Section 200) INTRODUCTION TO ENGINEERING COURSE GOAL The goal of Engineering 100 is to provide a class-based and project-based overview of engineering that introduces first-year stud
School: University Of Michigan
Course: Introduction To Computers And Programming
hICCS V6gQ6 8`65 fB c6 8Pc`ed Qb9V@ 89cb a X`QP 85 A9 Q`CCHR D Q`CRHB H GFE D CCS A@9 8765 V6YX WVUT CSS A9 QPCRHCB D QPCCHI H GFE D CCB A@9 8765 43 22(1 0"$(0) ( '& %$# "! q&"p&pi &' # Engineering 101 introduces first-year students to the concept of a