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CEV 210E - ENGINEERING MATHEMATICS, FALL 2024 HOMEWORK-1 Submission Deadline: Sunday, Nov 10, 2024 @ 23:59 Submission Format: Zip all your files and upload the single zipped file to Ninova. (50p) 1. In CEV 210E Engineering Mathematics course, we learn about linear algebra, differential equations, and numerical methods. Research, on your own, why and how engineers use these mathematical tools to build engineered systems. Why were these tools invented? How do engineers today employ them to build complex systems? Make your descriptions and examples as detailed as possible. Do not copy & paste anything from the sources you find. Read your sources, watch relevant videos, and summarize what you have learned in your own words. You can use the images found in your sources in your report. You will be graded on these points for this part of the homework: • List of references (i.e. your sources) - 10p In-text citation of your references (i.e. show, inside the actual text that you are writing, where you got each piece of information from) - 10p Section about why and how linear algebra is used in engineering practice - 10p Section about why and how differential equations are used in engineering practice - 10p Section about why and how numerical methods are used in engineering practice - 10p (10p) 2. Find the reduced row echelon matrix of the augmented coefficient matrix given below, using Gauss-Jordan Elimination. (If you need a review about the topic, you can refer to your textbook Edwards, Penney, Calvis, (2018), Chapter 3.3.) 2 7 -10 -19 13 1 3 -4 -8 6 1 0 2 1 3

CEV 210E - ENGINEERING MATHEMATICS, FALL 2024 HOMEWORK-1 Submission Deadline: Sunday, Nov 10, 2024 @ 23:59 Submission Format: Zip all your files and upload the single zipped file to Ninova. (50p) 1. In CEV 210E Engineering Mathematics course, we learn about linear algebra, differential equations, and numerical methods. Research, on your own, why and how engineers use these mathematical tools to build engineered systems. Why were these tools invented? How do engineers today employ them to build complex systems? Make your descriptions and examples as detailed as possible. Do not copy & paste anything from the sources you find. Read your sources, watch relevant videos, and summarize what you have learned in your own words. You can use the images found in your sources in your report. You will be graded on these points for this part of the homework: • List of references (i.e. your sources) - 10p In-text citation of your references (i.e. show, inside the actual text that you are writing, where you got each piece of information from) - 10p Section about why and how linear algebra is used in engineering practice - 10p Section about why and how differential equations are used in engineering practice - 10p Section about why and how numerical methods are used in engineering practice - 10p (10p) 2. Find the reduced row echelon matrix of the augmented coefficient matrix given below, using Gauss-Jordan Elimination. (If you need a review about the topic, you can refer to your textbook Edwards, Penney, Calvis, (2018), Chapter 3.3.) 2 7 -10 -19 13 1 3 -4 -8 6 1 0 2 1 3

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section: Chapter Questions
Problem 78RE
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CEV 210E - ENGINEERING MATHEMATICS, FALL 2024 HOMEWORK-1 Submission Deadline: Sunday, Nov 10, 2024 @ 23:59 Submission Format: Zip all your files and upload the single zipped file to Ninova. (50p) 1. In CEV 210E Engineering Mathematics course, we learn about linear algebra, differential equations, and numerical methods. Research, on your own, why and how engineers use these mathematical tools to build engineered systems. Why were these tools invented? How do engineers today employ them to build complex systems? Make your descriptions and examples as detailed as possible. Do not copy & paste anything from the sources you find. Read your sources, watch relevant videos, and summarize what you have learned in your own words. You can use the images found in your sources in your report. You will be graded on these points for this part of the homework: • List of references (i.e. your sources) - 10p In-text citation of your references (i.e. show, inside the actual text that you are writing, where you got each piece of information from) - 10p Section about why and how linear algebra is used in engineering practice - 10p Section about why and how differential equations are used in engineering practice - 10p Section about why and how numerical methods are used in engineering practice - 10p (10p) 2. Find the reduced row echelon matrix of the augmented coefficient matrix given below, using Gauss-Jordan Elimination. (If you need a review about the topic, you can refer to your textbook Edwards, Penney, Calvis, (2018), Chapter 3.3.) 2 7 -10 -19 13 1 3 -4 -8 6 1 0 2 1 3
Transcribed Image Text:CEV 210E - ENGINEERING MATHEMATICS, FALL 2024 HOMEWORK-1 Submission Deadline: Sunday, Nov 10, 2024 @ 23:59 Submission Format: Zip all your files and upload the single zipped file to Ninova. (50p) 1. In CEV 210E Engineering Mathematics course, we learn about linear algebra, differential equations, and numerical methods. Research, on your own, why and how engineers use these mathematical tools to build engineered systems. Why were these tools invented? How do engineers today employ them to build complex systems? Make your descriptions and examples as detailed as possible. Do not copy & paste anything from the sources you find. Read your sources, watch relevant videos, and summarize what you have learned in your own words. You can use the images found in your sources in your report. You will be graded on these points for this part of the homework: • List of references (i.e. your sources) - 10p In-text citation of your references (i.e. show, inside the actual text that you are writing, where you got each piece of information from) - 10p Section about why and how linear algebra is used in engineering practice - 10p Section about why and how differential equations are used in engineering practice - 10p Section about why and how numerical methods are used in engineering practice - 10p (10p) 2. Find the reduced row echelon matrix of the augmented coefficient matrix given below, using Gauss-Jordan Elimination. (If you need a review about the topic, you can refer to your textbook Edwards, Penney, Calvis, (2018), Chapter 3.3.) 2 7 -10 -19 13 1 3 -4 -8 6 1 0 2 1 3
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