ENGR/MATH/PHYS-25
Computational Methods for Engineers & Scientists
Course Description
ENGR 25 - Comp Methods Engineer/ Science
Credits: 3.00
Methodology and techniques for solving engineering/science problems using
numerical-analysis computer-application programs MATLAB and EXCEL. Technical
computing and visualization of problems in mechanics, electrical circuits, biology, thermal
systems, fluid systems and other branches of science and engineering.
Prerequisite: Mathematics 1. Strongly recommended: Computer Application
Systems 8 or Computer Science 8. May not receive credit if Mathematics 25 or
Physics 25 has been completed.
Syllabus
The syllabus changed slightly on 28Apr08; see the schedule for details
Special Announcements
What a good Letter of Recommendation as in this Example Letter? Then:
- Study Hard, Get Good Grades, Participate in Class, Help your classmates, Have Fun
Earn EXTRA CREDIT by
- Learning College Student Study Skills (PowerPoint File)
- Completing the
Take-Home Quiz on the Study Skills material (MSWord File)
- The Take-Home Quiz is DUE Wed/30Jan08
Want to see the lectures but don't have PowerPoint? Then DownLoad the FREE PowerPoint Viewer.
DownLoad the HW-05 Instruction-Sheet and Data-Files
DownLoad the HW-18 Instruction-Sheet
- Review the Case Study for problem-6
Why EEs Should Take ENGR45 (Materials) and ENGR36 (Statics)
The MidTerm Exam is scheduled for W/02Apr08/4pm/Rm3906
- Every Student Must Purchase a $3 Copy-n-Print card from the Library
Lectures
ENGR-25_Lec-00_Applied_Math_Problem_Solving.ppt
ENGR-25_Lec-01_MATLAB_OverView-1.ppt
ENGR-25_Lec-02_MATLAB_OverView-2.ppt
ENGR-25_Lec-05_Functions-1_CompLex_Nos.ppt
ENGR-25_Lec-06_Functions-2_BuiltIn_UDF.ppt
ENGR-25_Lec-07_Functions-3_Handles_Types.ppt
ENGR-25_Lec-08_Functions-4_DataFiles.ppt
ENGR-25_Lec-09_Programming-1_Program-Design.ppt
ENGR-25_Lec-10_Programming-2_Logic-Ops.ppt
ENGR-25_Lec-11_Programming-3_Decisions.ppt
ENGR-25_Lec-12_Programming-4_Loops.ppt
ENGR-25_Lec-13_Plot_Model_Plotting-Basics.ppt
ENGR-25_Lec-14_Plot_Model_Marks-Lines-Labels.ppt
ENGR-25_Lec-15_Plot_Model-3_Log-Interactive-3D.ppt
ENGR-25_Lec-16_Plot_Model-4_Discovery-Fit.ppt
ENGR-25_Lec-16A_MTE_Review_Prob4-31.ppt
ENGR-25_Lec-17_Linear_Equations-1.ppt
ENGR-25_Lec-18_Linear_Equations-2.ppt
ENGR-25_Lec-19_Statistics-1.ppt
ENGR-25_Lec-20_Statistics-2_Simulation.ppt
ENGR-25_Lec-22_ODEs_Analyt-n-Num.ppt
ENGR-25_Lec-23_ODEs_MATLAB.ppt
ENGR-25_Lec-26_Symbolic_Math-1.ppt
ENGR-25_Lec-27_Symbolic_Math-2.ppt
ENGR-25_Lec-30_MS_Excel_Case-Study-1.ppt
ENGR-25_Lec-31_XY-Translation-Stage_CaseStudy.ppt
HomeWork Solutions
HW-05_Problem-1 (MSWord File)
HW-07 Problem 4-31 (PowerPoint File)
ENGR-25_Prob_4_32_Solution.ppt (PowerPoint File)
ENGR-25_Prob_8_4_Solution (PowerPoint File)
ENGR-25_Prob_8-15_Solution (PowerPoint File)
ENGR-25_Prob_8-24_Solution (PowerPoint File)
ENGR-25_Prob_8-28_Solution (PowerPoint File)
ENGR-25_Prob_8-29_Solution (PowerPoint File)
HW-16_Prob_9_3_Solution (PowerPoint File)
In-Class Demonstration Files
Kcount_Prob4_31_KVL_KCL_Plot.m
- Use with Function File iOverC_8_14.m
Lab Tutorials
Homework-02 Problem 1-30 (PowerPoint File)
Homework-03 Problem 2-24 (PowerPoint File)
Problem 3-14 (PowerPoint File)
Problem_3-15 (PowerPoint file)
ENGR-25_Catenary_Tutorial_Part-1 (PowerPoint file)
ENGR-25_Catenary_Tutorial_Part-2 (PowerPoint file)
Problem_4-12 (PowerPoint file)
Problem_4-25 (PowerPoint file)
ENGR-25_Prob_4-29_Loaded_Cable.ppt (PowerPoint file)
ENGR-25_Prob_5-47_5-57_Solutions.ppt (PowerPoint file)
ENGR-25_Prob_6-24_Cramers_Rule.ppt (PowerPoint file)
ENGR-25_Monte_Carlo_WhareHouse_PERT_Tutorial.ppt (PowerPoint file)
Problem 8-28 (PowerPoint File)
Problem 9-2 SimuLink (PowerPoint File)
Problem_9-15_SimuLink (PowerPoint File)
Worked Examples
Specials
Did you ever want to know know what """ means?
- See the List of Standard Math Symbols
X-Y Data Plotting Template
X-Y Data-Plotting and Linear-Regression EXCEL-Template
- Download the Template
- Change the X & Y Data and Units on the "DAT" Worksheet
- Change Chart and Axes Labels on the "PLT" WorkSheet
- Print out the nicely formatted Graph
- You're DONE
Matrix Inversion = Adjoint+Determinant