PHYC 2150

Physics Tools: Experiment

Lec 01, Lab B01 and Lab B01 selected

Introducing experimental tools and techniques within a theoretical framework, this course explores concepts in oscillations, waves, electricity and magnetism. The aim is to learn and apply techniques commonly used in Physics research. The following experimental tools and techniques are explored: Instrumentation; Fourier series; Data analysis; building AC and DC circuits; Detection and production of ultrasonic, acoustic, visible, microwaves; Mechanical systems. For example, the concept of resonance is applied to electronic (e.g. Radio), optical, acoustic (e.g. Music), mechanical and nuclear (e.g. MRI) systems in the lab. Textbook: An Introduction to Error Analysis, John R. Taylor.

Sections

Lecture
Lab, pick one

From the syllabus

From the Fall 2026 syllabus by Tim Bardouille. Open the PDF

Grading

10%Data acquisition and device control project
15%Guided research project
17%Independent research project
18%Weekly assignments
5%Reading quizzesDue before related class
15%Midterm quiz50 minutes, in class
20%Final examDuring exam period

Textbook

  • An Introduction to Error Analysis, John R. Taylor

Course rules

Late work
Assignments lose 10% per day without an approved extension; work over five days late receives zero.
Missed labs
Labs missed because of a university-wide closure will not be made up.
Missed lectures
Lecture material missed because of a university-wide closure will be covered in following weeks.
AI use
Generative AI and large language models are not allowed unless the instructor explicitly permits them.
Group work
Lab work may be completed collaboratively, but individually submitted project components must be your own work.
Final exam
Students must write the final exam at its scheduled time except under exceptional circumstances.

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