by Vernon Barger and Martin Olsson
Cover type: HardbackList price: $113.50
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An outstanding volume in the McGraw-Hill series in pure and applied physics, Barger/ Olsson provides solid coverage of the principles of mechanics in a well-written, accessible style. Covering linear motion, energy conservation, Lagrange's Equations, Momentum Conservation and moving all the way through to Non-Linear Mechanics and Relativity, the text is comprehensive and appropriate for the two-semester course.
Barger, Vernon : University of Wisconsin-Madison
Olsson, Martin : University of Wisconsin-Madison
Part One Linear Motion
Part Two Energy Conservation
Part Three Langrangian Method
Part Four Momentum Conservation
Part Five Angular-Momentum Conservation
Part Six Particles Systems and Rigid Bodies
Part Seven Accelerated Coordinate Systems
Part Eight Gravitation
Part Nine Newtonian Cosmology
Part Ten Non-Linear Mechanics and the Approach to Chaos
Part Eleven Relativity
Appendixes
A: Tables of Units, Constants, and Data
B: Answers to Selected Problems
An outstanding volume in the McGraw-Hill series in pure and applied physics, Barger/ Olsson provides solid coverage of the principles of mechanics in a well-written, accessible style. Covering linear motion, energy conservation, Lagrange's Equations, Momentum Conservation and moving all the way through to Non-Linear Mechanics and Relativity, the text is comprehensive and appropriate for the two-semester course.
Barger, Vernon : University of Wisconsin-Madison
Olsson, Martin : University of Wisconsin-Madison
Part One Linear Motion
Part Two Energy Conservation
Part Three Langrangian Method
Part Four Momentum Conservation
Part Five Angular-Momentum Conservation
Part Six Particles Systems and Rigid Bodies
Part Seven Accelerated Coordinate Systems
Part Eight Gravitation
Part Nine Newtonian Cosmology
Part Ten Non-Linear Mechanics and the Approach to Chaos
Part Eleven Relativity
Appendixes
A: Tables of Units, Constants, and Data
B: Answers to Selected Problems
An outstanding volume in the McGraw-Hill series in pure and applied physics, Barger/ Olsson provides solid coverage of the principles of mechanics in a well-written, accessible style. Covering linear motion, energy conservation, Lagrange's Equations, Momentum Conservation and moving all the way through to Non-Linear Mechanics and Relativity, the text is comprehensive and appropriate for the two-semester course.
Barger, Vernon : University of Wisconsin-Madison
Olsson, Martin : University of Wisconsin-Madison
Part One Linear Motion
Part Two Energy Conservation
Part Three Langrangian Method
Part Four Momentum Conservation
Part Five Angular-Momentum Conservation
Part Six Particles Systems and Rigid Bodies
Part Seven Accelerated Coordinate Systems
Part Eight Gravitation
Part Nine Newtonian Cosmology
Part Ten Non-Linear Mechanics and the Approach to Chaos
Part Eleven Relativity
Appendixes
A: Tables of Units, Constants, and Data
B: Answers to Selected Problems