Classical Mechanics ISBN: 9781891389221

I came across a video about the Apollo program. One problem engineers faced was to stabilize the motion of the spacecraft, so the astronauts could sleep on their way to the moon. Turns out the motion in free space of a complex object like the command module, linked to the lunar module, is more complicated than one might imagine. The motion of the center of gravity of a space ship, or planet, is something studied by students in a normal physics class. But the rotational motions are much more subtle. And I could not find a reference which provided a simple explanation, or which helped one to visualize these spinning motions: torque free precession. Wikipedia and various internet Physics sites recognized the issues, but did not offer clarity, or completeness. Finally, I came across Taylor’s book. He is a great teacher, and provides both physical and mathematical intuition. I have not read the whole book, but my impression is that the same high standard of exposition is followed throughout. His treatment of this particular subject exceeds even the Feynman Lectures. High praise indeed.

Given that you have some mathematical expertise, you will find the title to be true for you. I have only been through the beginning of the book, but so far the explanations are incredibly good, and the mathematics is presented clearly. I also very, very jmuch enjoy Taylor's writing style. It is logical, yet thorough. Yes, Taylor does tend to use a lot of words, but the good news is that he wont confuse you like other authors might. He uses those words to give an in depth explanation that I find worthwhile. I may update once I've gotten through more of this text. So far, I recommend it to physics students in any intermediate level mechanics course.

Classical mechanics is without a doubt, THE most important physics course one can ever take or learn. But this book makes it doable and easy. The exposition is crystal clear, the problems are fun to work on and most importantly, it's the insights that count the most. I loved his chapters on calculus of variations, Lagrangian and Hamiltonian mechanics and special relativity. I have also gotten rid of the fear of solving problems on rigid bodies or mechanics in non-inertial reference frames. This book should have never ended. It's not a negative complaint, but it shows how awesome and engaging it is. Oh yes, it's perfect for self study which is what I did.

Great price for a new book

The pages are in good, unmarked condition. The only disappointment is that the front cover has torn away from the body of the book.It is a very nice Physics book from a first look.