mechanical energy / chemical reactions / gas cylinders / chemical reaction rate / pharmaceuticals / chemical process principles / chemical engineering student / chemical identity / chemical engineering / chemical equilibrium / chemical reaction equilibria / crude oil / kinetic energy / chemical composition / chemical engineering thermodynamics / higher potential energy state / external energy / energy flow problems / mechanical and chemical explosions / chemical industry / potential energy difference / potential energy / internal energy / chemical processing plants / driven systems / lowest potential energy / chemical engineers / continuous chemical / final products / oil and gas / energy disturbances / reaction products / chemical engineering courses / chemical engineering curriculum / physical processing / chemical kinetics / thermodynamic systems / chemical reaction / piston-and-cylinder devices / adiabatic and isolated systems / energy release / chemical reaction equilibrium criterion / chemical analytic methods / mechanical equipment / plug-flow chemical reactors / chemicals / chemical process design / energy / /
Organization
OBJECTIVES FOR CHAPTER / INSTRUCTIONAL OBJECTIVES FOR CHAPTER / International Bureau of Weights and Measures / /
Chapter 1 Introduction A major objective of any field of pure or applied science is to summarize a large amount of experimental information with a few basic principles. The hope, then, is that any new