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Chapter 7: Linear momentum
7.4 Two-dimensional collisions Example Practice with 2D collisions Practice with 2D collisions Practice with 2D collisions Practice with 2D collisions
Chapter 7: Linear momentum
7.2 Collisions In a collision: Two or more objects strike each other The total external force is either zero or negligible, and therefore momentum is conserved Collisions are categorized by what happens to the total kinetic energy of the system. Continue Reading
Chapter 7: Linear momentum
When Isaac Newton was formulating his famous laws of motion, he was not thinking in terms of position, velocity, and acceleration. Instead, he worked with what he called the “quantity of motion.” This was a particular quantity that by itself Continue Reading
test2 DARA
Latex MathJax inline This is the mass energy conversion $latex E = m c ^ 2 $ formula. MathJax newline This is the mass energy conversion $$E=mc^2$$ formula.
test2 DAN
Latex MathJax inline This is the mass energy conversion $latex E = m c ^ 2 $ formula. MathJax newline This is the mass energy conversion $$E=mc^2$$ formula
TEST LATEX
Latex MathJax inline This is the mass energy conversion $latex E = m c ^ 2 $ formula. MathJax newline This is the mass energy conversion $$E=mc^2$$ formula.
Copyrights
Copyright © 2018 Dan Roth This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License, except for figures as noted in their captions. Revised on: 19 December 2019
Preface
This textbook is designed to familiarize students with the concepts and problem-solving skills of physics. It is meant to fill a gap between a purely conceptual, “physics for poets” course (usually only one term long, with virtually no mathematics), and Continue Reading