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I am a mathematician and I have a strange habit of reading my assigned physics chapters at night before going to bed. It's something that I've been doing for many years now, and it's worked for me until recently when my patience with the textbook has finally worn out. As much as I like to read about how particles behave, I'm ready for something new - something that will be concise and easy enough for me to comprehend. The problem is that there are not many physics textbooks that I can pick up on my own. Most of them are too difficult to understand but some are just plain boring. I've researched the internet to find out if there are any good physics books available for beginners, and I have found a few which are worth reading, but none of them have the potential to be my complete guide to solving all problems of modern physics. This is where Tomo Unico de Fisica (TUDF) steps in - TUDF is a free and self-published physics textbook that does exactly what I want: it's concise and it's easy enough for me to understand. It's written in Spanish, but that's not a problem because I can use Google Translate to have a look at the English version. For beginners, the simple design of this book is a big plus point. The book is divided into four parts: Kinematics, Forces and Newton's Laws, Electricity and Magnetism and Thermal Physics. It's clear from the table of contents alone that the author has done his best to make sure that everything is covered in enough detail, which makes it possible for me to learn everything I need to know about physics without having to get access to an expensive college textbook. The information in TUDF is presented in a simple manner that is easy to understand. There are not many equations in this book, in fact, it's rare that you find a derivation in this text. Instead, the author has chosen a pictorial approach to solving physics problems. Everything was pretty easy to understand even for me, so I have no doubt that anyone else familiar with how physics works would be able to solve most of these problems. The book begins by introducing us to some basic concepts such as vectors and kinematics. In the second chapter, we will learn about Newtonian mechanics and we will begin building up our understanding of classical mechanics. We will learn about the concepts of force, torque and acceleration. In the next chapter, we will head into the world of electromagnetism where we will learn about electric current and potential difference. The book then continues with topics such as magnetism and Maxwell's equations to finally arrive at thermal physics where we learn how heat is a form of energy and how to convert thermal energy into mechanical work. Throughout this book, there are many examples that show us how physicists solve problems. Some problems require a lot of steps to solve, but by using TUDF, I was able to understand what must be done in each step so I wouldn't have to go back and re-read everything just by myself. cfa1e77820
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