EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Exam review (continued) Introduction to Engineering Systems Lecture.

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Presentation transcript:

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Exam review (continued) Introduction to Engineering Systems Lecture 12 (10/05/2009) Prof. Andrés Tovar

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Announcements Exam –When: Tue, Oct 6, 8 – 9:15 AM –Where: Stepan Center Presentation –When: This week on you LC session –Where: LC Course Instructor Feedback (CIF) – –Oct 2 – Oct 9 2

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Exam – Module 1 Reading material Lectures posted on Concourse Learning Center guides Homework assignments Reference book –Sections 1.1, 1.2, and 1.4 –Chapters 4 and 5 –Chapters 9 and 10 All Matlab videos 3 Topics Matlab Statistics Probability F.O.S. Engineering Design Process Tower bracing and metrics Physics of Towers: Forces Measuring and error Line fit Sum of Squared Error Technical Communication Modeling Theoretical models (Newton's, etc)

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Example problem 1.Consider a sub-assembly of width 10 cm, depth 15 cm, and height 20 cm. If this sub-assembly is braced using two diagonal members in their external wall (see Figure) then its bracing ratio is a)250/600 b)424/600 c)50/70 d)1/2 e)5/ cm 15 cm 20 cm Answer: e

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Example problem 5 Answer: d

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Example problem 1.Given x1=[1 2 3]; x2=[ ]; y=(x1-x2)<=3 the outcome is a)y = b)y = c)y = d)y = e)y = Answer: c

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Example problem 7 Answer: d

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Example problem 8 Answer: b

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Example problem 9 Answer: a

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Example problem 10 Answer: b

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Example problem 11 Answer: c

EG 10111/10112 Introduction to Engineering Copyright © 2009 University of Notre Dame Example problem 12 Answer: b