The authors show how differential equations model physical phenomena and how the study of this topic has meaningful scientific and real-world value. They examine themes such as error analysis and predictability many times throughout the text. It is organized by important phenomena instead of techniques. Rote solution methods are de-emphasized, and the study of nonlinearity is introduced and compared with linear systems. Original multi-stepped problems may be used as traditional homework exercises, group projects, or lab ...
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The authors show how differential equations model physical phenomena and how the study of this topic has meaningful scientific and real-world value. They examine themes such as error analysis and predictability many times throughout the text. It is organized by important phenomena instead of techniques. Rote solution methods are de-emphasized, and the study of nonlinearity is introduced and compared with linear systems. Original multi-stepped problems may be used as traditional homework exercises, group projects, or lab worksheets. Work with technology is included but the text is not keyed to any specific program or tool.
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Fine. Brand New condition. The covers look great. The binding is tight. The interior pages are clean and unmarked. Electronic delivery tracking will be issued free of charge. 656 pages.
