Disclaimer: this work is not finalized and is still in development.
This will be a standard 3-credit, lecture-style course with a partially flipped classroom.
This course is designed to break down basic physics principles in relation to what students see and interact with every day. This will arm students with the ability to explain physics to others and build tangible intuition.
The focus will be on intuition and overall behavior and scaling rather than the numerical details.
Calculus 1
Introductory Physics 1
Introductory Physics 2 (Corequisite)
At the end of this course, students shall be able to identify, describe, and explain the important concepts surrounding the physics of:
Body and medicine
Motion and various sports
Flight, Flow, Drag, and Lift
Light and Waves
Everyday Technology
Energy, heat, and other phenomena
1. Physics of the Body and Medicine
a. Blood flow and pressure
b. Xrays, MRI, ultrasound
c. Vision and lenses
d. Hearing and sound
e. Radiation therapy
2. Physics of Motion and Various Sports
a. Curveballs and Knuckleballs
b. Football, basketball and projectiles
c. Rollercoasters
d. Bikes and Gears
e. Skateboarding and skiing
f. Walking and Running
3. Physics of Flight, Flow, Drag, and Lift
a. Airplane lift
b. Birds and fish (drag and thrust)
c. Shower curtain effect
d. Golf balls and dimples
e. Weather and storms
4. Physics of Light and Waves
a. Why the sky is blue
b. Sunsets and rainbows
c. Noise-cancelling headphones
d. Musical instruments
e. 3D movies and VR headsets
5. Physics of Technology and Everyday life
a. Touchscreens
b. Remote controls and Bluetooth
c. Wireless charging
d. GPS and relativity
e. Solar panels
f. Car safety features
6. Physics of Energy, Heat, and Everyday Phenomena
a. Why sweating cools you
b. Why ice floats
c. Pressure cookers and air fryers
d. Engines and Efficiency
e. Global Warming and Greenhouse Effect
Assignments:
There will be six homework assignments where students explain an instance of the physics covered in the given module that they observe and how the environment in which they observe it affects its behavior.
Classes will have clicker questions dispersed throughout the guided, scaffolded problems focusing on the behavior of certain phenomena. Attendance will not be taken, and clicker questions will be scaled to account for a reasonable amount of excused absences.
Final Project:
Students pick a phenomenon they encounter (that isn't covered in class) and have a final presentation explaining the physics intuitively, with minimal math.