UBC Canvas Login
|
UBC Piazza Login
|
Course Calendar/Lab Manual
|
January / February / March / April / Top / Bottom
|
Apr. 1:
Hit & Miss Integration
|
Links to open the Jupyter notebook that will be shown in class demonstrating the Monte Carlo "Hit & Miss" integration method:
UBC Open Jupyter/UBC Syzygy
|
January / February / March / April / Top / Bottom
|
Mar. 28:
Final exam
|
We didn't cover the topics needed to do question #6 on the 2014 final exam and question #8 on the 2015 final exam at the bottom of this page. You won't be asked this type of question on this year's final exam.
|
Mar. 28:
Formula Sheet & Calculator
|
You can prepare your own formula sheet for the final exam. You can bring one 8.5" x 11" letter-sized piece of paper to the exam with anything written or printed on it. You can use both sides of the paper.
You can bring any calculator that cannot go online or wirelessly communicate with another device. Graphing calculators are fine.
|
Mar. 21:
Assignment #6
|
Linear in Parameters Fits:
Assignment #6
Due Wednesday, Apr. 2 @ 09:00
|
Mar. 14:
Assignment #5
|
Linear Fits:
Assignment #5
Due Friday, Mar. 21 @ 09:00
|
Mar. 5:
Final Exam
|
The PHYS 232 final exam has been scheduled. Here's a link to the schedule. Here are the details of the PHYS 232 final exam:
Wednesday, April 23 at 08:30 in LIB 306
|
Mar. 1:
Assignment #4
|
Propagation of Errors:
Assignment #4
Due Wednesday, Mar. 12 @ 09:00
|
January / February / March / April / Top / Bottom
|
Feb. 26:
Recommended Reading :
|
Kaloyerou - Chapter 4
|
Feb. 14:
Stirling's Approx
|
Here are some optional notes that go through derivations of two different versions of Stirling's approximation for the factorials of large numbers.
|
Feb. 8:
Recommended Reading :
|
Kaloyerou - Chapter 3
|
Feb. 8:
Assignment #3
|
Probabilities:
Assignment #3
Due Friday, Feb. 28 @ 09:00
|
January / February / March / April / Top / Bottom
|
Jan. 30:
Brownian Motion Sim.
|
Links to the Brownian motion simulations that will be shown in class.
This first simulation attempts to model the diffusion of particles injected at a point in a solution.
- Here's a link to the ipynb file and here's a link to an html copy of the notebook.
- Here's a link that will open the .ipynb file in UBC's Open Jupyter hub.
This second simulation attempts to model the settling of particles suspended in a solutions. The particles settle due to gravity.
- Here's a link to the ipynb file and here's a link to an html copy of the notebook.
- Here's a link that will open the .ipynb file in UBC's Open Jupyter hub.
|
Jan. 25:
Assignment #2
|
Random walk:
Assignment #2
Due Friday, Feb. 7 @ 09:00
|
Jan. 25:
Dice game
|
Here is a Python simulation of the dice game discussed in the lecture:
- Jupyter notebook (ipynb)
- html
- pdf
The simulation looks that repeated trials and tracks the profit/loss of players.
|
Recommended Reading:
|
Kaloyerou - Chapter 5
|
Jan. 17:
Bessel's Correction
|
Some notes on Bessel's Correction (.pdf).
(Why N-1 in the standard deviation of a sample population?)
|
Jan. 15:
Assignment #1
|
Fourier Series:
Assignment #1
Due Friday, Jan. 24 @ 09:00
|
Jan. 15:
Fourier Series
|
Here is the Jupyter notebook that will be shown in class. It shows how a superposition of sinusoidal functions can be used to construct a square wave. Here is an html copy of the Jupyter notebook.
|
Calculus Review:
|
Here is a little review exercise of basic calculus. This is not an assignment to be handed in, but you should be comfortable with all of the problems in this exercise. If you're not, you should review the concepts that you find challenging.
|
Recommended Reading:
|
Kaloyerou - Chapters 1 & 2
|
Formal Report:
|
The formal report is due at the start of the last lecture:
Monday, April 7 at 14:00 in SCI 241 - no exceptions.
For information about the formal report format and marking guidelines see the entries below.
|
Formal Marking Scheme:
|
Here is a general formal report
marking scheme.
The total maximum length of the formal report is 8 pages. This includes cover sheet, figures, references, ...
Note that you do not have to follow the suggested format exactly. Organize your formal report in the way that you find most suitable.
|
Sample Formal Report:
|
Here is a sample
formal report from SFU.
|
Laboratory Safety (.pdf):
|
Read the following short document before coming to the first laboratory:
Safety Guidelines
|
Course Syllabus (.pdf):
|
PHYS 232 Syllabus
|
Lecture Notes
|
Lecture recordings:
|
The PHYS 232 lectures will not be streamed over Zoom or recorded. However, recordings of the PHYS 232 lectures from W2023 are available on YouTube.
Here's a link to a YouTube Playlist.
I cannot guarantee that the video content will be identical or presented in the same sequence as the W2024 lectures. However, I do expect to the content to be similar.
|
Apr. 4:
|
- Pdf of notes
|
Apr. 2:
|
- Pdf of notes
|
Mar. 28:
|
- Pdf of notes
|
Mar. 26:
|
- Pdf of notes
|
Mar. 21:
|
- Pdf of notes
|
Mar. 19:
|
- Pdf of notes
|
Mar. 14:
|
- Pdf of notes
|
Mar. 12:
|
- Pdf of notes
|
Mar. 7:
|
- Pdf of notes
|
Mar. 5:
|
- Pdf of notes
|
Feb. 28:
|
- Pdf of notes
|
Feb. 26:
|
- Pdf of notes
|
Feb. 14:
|
- Pdf of notes
|
Feb. 12:
|
- Pdf of notes
|
Feb. 7:
|
- Pdf of notes
|
Feb. 5:
|
- Pdf of notes
|
Jan. 31:
|
- Pdf of notes
|
Jan. 29:
|
- Pdf of notes
|
Jan. 24:
|
- Pdf of notes
|
Jan. 22:
|
- Pdf of notes
|
Jan. 17:
|
- Pdf of notes
|
Jan. 15:
|
- Pdf of notes
|
Jan. 10:
|
- Pdf of notes
|
Jan. 08:
|
- Pdf of notes
|
Past Final Exams & Solutions
|
|
January / February / March / April / Top / Bottom
|