Course description

The book is built around the idea of learning by doing. It has a mix of theory, worked-out examples, easy practice questions, and very advanced ones that look a lot like international competition problems. It doesn’t stick to just one corner of physics — instead, it covers everything from basic units of measurement to the mysteries of stars and black holes.

What makes it stand out is the balance: you get short “elementary” problems that any high-school learner can attempt, and then you also get “advanced” ones that push you into deep thinking, almost at university level. The chapters are divided into the main branches of physics, so you can study in chunks — mechanics, thermodynamics, modern physics, and so on.

There’s also a big focus on experiments. Instead of only math and equations, you get tips on measuring, handling errors, and analyzing data like a real scientist. The end of the book even gives you practical lab activities and an appendix full of useful math tricks and formulas. Overall, it feels like a training guide for anyone curious about how physics works in real life, not just on paper.

What will i learn?