This resource includes:

1. A PDF with 36 unique and challenging physics puzzles that don't require math or formulas to solve

2. A complete answer key with detailed explanations in plain English, not physics jargon

3. 4 distinct difficulty levels: Logic & Arithmetic, Visualization & Motion, Physical Intuition, and Proportional Reasoning (each including multiple physics subjects)

I use these questions for three key purposes:

1. Group discussion: My class uses a lot of AI apps. While they are amazing for personalized learning and test prep, they can make students feel a bit lonely and isolated. I use these physics challenges as a way to get class discussions started (e.g., 'Does a jar of flying bees weigh less than sitting bees?') and let them come up with their own hypotheses.

2. Standardized Test Prep (Science & Math): Just like with my other math resources, anything that makes you think out of the box is great for adaptive testing (which is what my school really, really, really cares about...). These challenges train students to start reasoning and rely on logic whenever they hit a question they have no idea about, which eventually always happens to gifted students in adaptive testing.

3. Parent and student satisfaction: In elementary and middle school, when you teach higher level technical subjects, like Physics or Math Olympiads, there is a sense of pride and happiness in both my students and their parents (especially the parents). You can do super complicated and time-consuming real-world science projects and parents are like "meh", but if you tell them we are doing physics, they get so happy! And that definitely makes my life easier (similarly to test scores, they are also used by my school for marketing purposes, so it is really a win-win for everyone).

It took me a lot of work to create this resource and I hope you'll appreciate it. Physics problems that don't rely on math are usually considered High School level material, so I had to go through tons of them and only pick the ones that would be OK even for middle schoolers. I then categorized them by both physics topics (e.g. Mechanics, Kinematics, etc.) as well as levels (Intuition, Motion, etc.), ranked them, and finally created this resource.

(I created this resource for my own middle schoolers, but this is obviously suitable to high schoolers too!)