Hi everyone,
I have updated your Grades in Blackboard — you will find your grades for all 3 exams, the project, the WeBWorK, and an overall “Pre-Final Course Grade” which shows you how you are doing overall prior to taking the final .
You should also have received a message/email through the Blackboard message system with more details on your Project grade. Again, my apologies for the long delay in returning these to you.
Let me know if you have any questions.
Best,
Prof. Reitz
Choose one member of your group to be the scribe. The scribe should record your group’s work as you complete the examples below. You may wish to refer to this Table of Laplace Transforms when working on the problems below.
Continue reading(Due Monday, 5/22/24, at the start of class). Imagine that you are invited to speak on the first day of MAT 2680, to give advice to entering students. Write at least three sentences responding to one or two of the following, describing what you would tell them.
Continue readinghi everyone – quick update regarding the project. If you have material on paper to hand in, you can give it to me on Wednesday. Otherwise, please submit by email/on the OpenLab by midnight tonight. I will send confirmation emails as soon as I am able, but this may not be until Wednesday.
See you Wednesday,
Prof Reitz
For your reference, this is the rubric I will use to grade your project:
Numerical Methods Project (100 points total)
Continue readingHi everyone,
I’ve decided to push our second exam back a day — it will now take place during class on Monday, 4/1/24. I am also extending the due date of the Numerical Methods Project by one week — the new due date for the project is Monday, 4/8/24.
Exam Date: Monday 4/1/24
Exam Time: During class, 11:30am-12:45pm
Review: The review sheet is posted here (solutions can be found following the problems on the review sheet).
Numerical Methods Calculators can be built in any programming language or other tool capable of basic computation. The following examples all compute the answer to this exercise:
Exercise. Given the initial value problem $y’ = 3 – 2x – 0.5y, y(0)=1$, approximate the value of $y(1)$ using Euler’s Method with 10 intervals.
Continue readingNumerical methods provide a way to compute (approximate) values of solutions to differential equations, even when we cannot solve the equations exactly. The drawback is the large number of numerical calculations required to obtain a desired value and level of precision. In this project, you will use technology to implement the various numerical methods and use your technological solution to solve differential equations problems.
Be sure to read all the information below, including:
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