Physics 227, Autumn 2022
ELEMENTARY MATHEMATICAL PHYSICS
This is the first quarter of the Physics elementary mathematical physics course sequence.
COMMUNICATION AND DOCUMENTATIONAll course materials will be posted on Canvas. These include the homework assignments, homework solutions, the solutions to the weekly quizzes and the 2 midterms, example Mathematica codes, my lecture notes, and other documents for this course. Canvas includes discussion options to encourage communication among students.
The lectures will be blackboards based while projecting also the posted lecture notes. The lectures will be taped using ZOOM and will be posted on Canvas. Taking photographs of the blackboards is encouraged, and I expect some of you to volunteer posting them in the Canvas discussion area.
REQUIREMENTSYou need to have a hard copy or an e-book version of "Mathematical Methods in the Physical Sciences" by Mary Boas.
You need to have easy access to the Mathematica software. This is different from software platforms such as MathLab, that support pure numerical data analysis type operations. Mathematica does algebra for you.
The UW site license allows students free installation of Mathematica on their laptops. For instructions on how to download the software and how to install it, look for "Software for the UW" under IT Connect inside MyUW. Ask fellow students or the TA's during the first week Thursday tutorial for help. Example codes are posted inside Canvas.
In this class you need to use Mathematica a lot, but only for basic useful tasks, like performing simple but tedious algebra, plotting functions to easily visualize them, and to look-up items that required thirty years ago thick books listing tables (of prime numbers for example) and integral identities.
Mathematica is powerful and its code is compact, but its grammar is unguessable at times. Therefore it pays to build a library of codes and start each new task by modifying a previous one. Adding Mathematica to your toolbox is very useful in your future Physics courses and for research. That is why the Physics department requires Mathematica in this course. I will provide example codes with the hw problems such that only minor adjustments in the codes will be required.
HOMEWORK, TESTS, and EXAMS:Weekly Homework (HW) assignments are posted on Canvas. They are due each Friday before midnight as an upload into Canvas, starting the first week of instruction (a short one to test the process). No HW is due during the weeks of the 2 midterms (see below). Homework will be graded by the TA's. Each HW assignment is worth 10 points. Unfortunately it is impossible for the TA's to grade everything in detail. Therefore they will spot grade the HW. You will receive up to 5 points for "volume" and one randomly chosen question will be graded in detail for the remaining 5 points.
Every Tuesday, we have a short Quiz at the start of the lecture, 15 minutes long. The Quizzes are in-person and paper based; unless CoVid revert us in online teaching mode. Each quiz will be graded in full detail and is worth 10 points. Each quiz is based on the Homework that was due the previous Friday or the Midterm that took place on the Thursday before. Solutions of that homework/midterm will be posted in Canvas on Saturdays.
The first of two Midterms takes place on Thursday October 27 and the second one on Thursday November 17.
Each Midterm counts for 100 points.
The Final exam takes place on Monday, December 12 8:30-10:20 pm, in PAA A118.
The final is comprehensive and counts for 150 points.
All in-person quizzes and exams are closed book tests. Calculators are not needed but basic non-programmable versions are allowed during quizzes and exams. All internet connectivity must be turned off and unaccessible during quizzes and exams.
For each Midterm and the Final you prepare and bring one sheet with formula's or what ever you like to write onto it. I do not care about the size of your note sheet nor the font you use (you can bring a magnifying glass), as long as size and reading it does not interfere with your neighbors and their space. Information retrieval is a core feature; write too little and you do not have it; write too much and you can not find it.
OFFICE HOURS:Office hours are on Monday morning at 11:30 am -12:30 pm in-person in my office (room B429) and/or on Zoom . This is not rigid. You are invited to come to my office or contact me at any time with questions, comments, and suggestions, or whatever; provided I am not preoccupied with something urgent. There are quiet study areas near my office on the fourth floor. You can always e-mail me.
CREDIT:To qualify for credit in this course you must participate in the two midterm exams, and also take the final exam. Failing to do so results into an automatic 0.0 grade. I will honor special circumstances of course, but you need to inform me in a timely manner.
All HW and test scores will be posted on Canvas by points scored only.
Your course grade will be determined from the combined scores in each category, approximately as follows: HW counts for 15% of your total score. (I will drop your lowest HW set score.) The Quizzes count also for 15% of your total score. (I will drop your lowest Quiz score.) Each Midterm counts for 20%, and the Final for 30% of your total score. These relative weights come close to simply adding-up all your posted scores.
The course grade calculation is more complex than simply proportional to your total score. By mid-quarter I will announce what score will be required to earn a 2.0 grade, and also, but only more approximately, where the 3.0 or a 4.0 thresholds will likely be.
ACCOMODATION POLICIES:UW guidelines strongly recommend everybody to wear masks at all times inside UW facilities.
Students who require SPECIAL ACCOMMODATIONS or encounter special (un)expected circumstances during the quarter should contact me as early as possible, so we can address these in a timely fashion (before the next short test). See also: Disability Resources for Students .
The RELIGIOUS ACCOMMODATIONS policies of the UW can be found here:
home page of Marcel den Nijs, Physics Department URL