cscott
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I'm looking for a book that explains Special and General Relativity without the math (my math isn't up to par yet).
This discussion centers on recommended books for understanding Special and General Relativity without requiring advanced mathematical skills. Key titles include "General Relativity from A to B" by Robert Geroch, which introduces concepts like time dilation and simultaneity, and "Spacetime Physics" by Taylor and Wheeler, noted for its engaging illustrations. Other suggestions include Einstein's own non-mathematical introductions and "The Elegant Universe" by Brian Greene. Participants emphasize that while some books may contain basic math, they remain accessible to readers with only high school algebra knowledge.
PREREQUISITESThis discussion is beneficial for students, educators, and anyone interested in grasping the fundamental ideas of relativity without delving into complex mathematics.
cscott said:I'm looking for a book that explains Special and General Relativity without the math (my math isn't up to par yet).
If pop science it must be, then pop science it shall. There's no way you'll get very much further than a pop science understanding with just high school algebra. Resnick has partial derivatives right in the first chapter. And even if you skip past the worked problems, you can not understand forces, energy or electrodynamics without (vector) calculus. Nevertheless, the first 2 chapters of Resnick are quite illuminating by themselves, and the supplements at the end of the book are fairly readable too.rainbowings said:anything that explains special and general relativity without math can at best be a pop science book.