Introduction to Waves: Oscillatory Motion
Study the motion of an object with a linear restoring force: Simple Harmonic Motion
Introduction to Waves: Oscillatory Motion free download
Study the motion of an object with a linear restoring force: Simple Harmonic Motion
How This Course Works
Introduction to Waves: Oscillatory Motion is the first section of the broader Waves and Optics curriculum. This course includes engaging video lectures, detailed notes from whiteboard sessions, and plenty of practice problems (with solutions!). Every example and proof is carefully explained step by step to ensure your understanding.
The course covers the following topics:
Introduction to Oscillatory Motion and Simple Harmonic Motion (SHM)
Solutions to SHM
Displacement, Velocity, and Acceleration Functions in SHM
The Simple Pendulum
Energy in SHM
SHM and Circular Motion
Vertical Oscillations
What You’ll Get in Each Section
Videos: Each topic begins with a clear explanation of the concept. I’ll walk you through problem-solving techniques and a variety of math challenges, ensuring you can confidently tackle any problem.
Notes: Downloadable lecture notes are available for every section, based on the material I wrote during lectures. These notes are perfect for offline review—though I encourage you to take your own notes while learning!
Assignments: After watching the examples, it’s your turn! Test your knowledge with practice problems. Check the solutions after you’ve given them your best shot. If you struggle, don’t worry—you can revisit the videos and notes as needed.
What’s Included in the Course
An instructor who is genuinely invested in your success.
Lifetime access to Introduction to Waves: Oscillatory Motion.
Course Highlights
Downloadable video lectures: Learn anytime, anywhere.
Downloadable lecture notes: Study offline without needing a device.
Comprehensive problem set: Includes solutions for additional practice at the end of the course.
Step-by-step problem-solving guidance: Master every concept with ease.
I can’t wait to help you succeed in mastering oscillatory motion. See you inside the course!
– Gina
