## General Physics 1 - Honors: PHYS 101H

[Fall 2022]

### Notices

This semester could potentially be another challenging one. Look after yourself and those around you! This is a very stressful and difficult time for everyone, so please be compassionate with yourself and those around you, and look after yourself. There are lot of good mental health resources available online, such as virusanxiety.com.

### Course details

**Class schedule:** In-person classes take place in Small Hall 111 at 11:00 to 11:50 am on Mondays, Wednesdays and Fridays, and at 3:30 to 4:20 pm on Thursdays.

**Office hourse:** (*Preliminary and subject to change.*) In person on Monday 10-10:30 am and 1:00-2:00 pm, and Friday 3:00-3:30 pm. My office is 326C Small Hall.

**Textbook:** We will use the (free) Open Stax University Physics textbook by Ling, Sanny, and Moebs. In addition, you will need to register for Expert TA for Problem Sets. The cost is approximately $30 per class per semester.

**Prerequisites:** Prior exposure to calculus will be assumed, although I will introduce new concepts from calculus as needed. This means you should be comfortable with the definition of derivatives, Taylor series, and one-dimensional integrals (including the mathematical sense of ``anti-derivatives''). You should be able to calculate derivatives, Taylor series and integrals of simple functions of one variable, including basic trigonometric functions.

**Instructor:** Chris Monahan (he/his/him), Small Hall 326C. Email: cjmonahan'at'wm.edu.

**Course grading:** The grades will be calculated based on **either** 40% Problem Sets, 30% Midterm Tests and 30% Final Exam, **or** 40% Problem Sets, 10% Midterm Tests and 50% Final Exam. For each student, the final grade will be calculated using both equations, and the result with the larger numerical grade will be the one used to determine the letter grade. Problem Sets will include both written components and online submissions via Expert TA. I will drop the lowest grade on your Problem Sets.

### Course description

This course is an introduction to topics in classical mechanics, including Newton's Laws, conservation of energy and momentum, angular motion, gravitation, and wave motion. This course is for students who intend to major in physics or physical sciences and offers a more in-depth treatment of topics covered in PHYS 101, with more sophisticated examples. Prior exposure to calculus will be assumed.

We will cover:

- Motion in one, two, and three dimensions.
- Forces and Newton's laws of motion.
- Work, energy, and power.
- Momentum and elastic and inelastic collisions.
- Aspects of special relativity.
- Angular motion, angular momentum, and moments of inertia.
- Gravity, Newton's laws of gravitation, and Kepler's laws.
- Fluid mechanics, Pascal's law, and Bernoulli's equation.
- Simple harmonic motion, circular motion, and damped oscillators.
- Waves, wave equation, and standing waves.
- Sound waves and the Doppler effect.

### Syllabus

A **draft** syllabus can be found here (pdf). This syllabus **will** get updated!

### Physics Fun!

There are a number of organisations, societies and other opportunities to have some physics fun. I encourage you to check some of these out:

- Society of Physics Students. Join as a member via tribe link page: here.
- Women in Physics group. Contact Prof. Novikova using inovikova'at'physics.wm.edu.
- Mentoring for Careers in Physics (MCP). Professional mentoring for students from minoritized genders in phyiscs and interested in STEM careers. Contact me or Prof. Yang at rxyan2'at'wm.edu.