Join this introductory physics course designed to help non-STEM centered students understand foundational physics principles. If you would like your student to learn major concepts from a non-mathematical perspective, come to appreciate the beauty found in science, and earn a high school physics credit, then this is the course for you.
This is the first of a two-semester course sequence on introductory physics. In this course physical principles involved in motion, energy, and fluids, will be demonstrated in the classroom by use of everyday devices with an effort to set them in their historical and philosophical contexts. The overall goals are to help the student understand the major concepts of physics from a non-mathematical perspective and to appreciate the interaction of these physical principles in nature. This course is especially focused for students who are not planning on a STEM field but still desire a foundational knowledge of Physics.
Week 1: Motion
Week 2: Gravity and Acceleration
Week 3: Newton’s Laws of Motion
Week 4: Circular Motion
Week 5: Review for Midterm
Week 6: Momentum & Impulse
Week 7: Energy
Week 8: Rotational Motion
Week 9: Fluids
Week 10: Heat
Week 11: Heat Engines
Week 12: Review for Final
Course materials: The Physics of Everyday Phenomena, 6th Edition by E. Thomas Griffith and Juliet W. Brosing, ISBN 978-0073513904 (https://amzn.to/38jAeRo or BookFinder.com).
Homework: Each week, students will be required to read a selection from the textbook, take a short 10 question quiz, and occasionally watch or perform a simple experiment on their own. If students are having difficulties there are extra practice problems in the book they can do to support their knowledge.