01827cam a2200289 a 4500001000800000005001700008008004100025020004000066035001200106040001800118050002100136245012100157260003400278300001500312336002600327337002800353338002700381504004100408521074200449650002001191650002601211906004501237942001401282999001701296952011301313952011101426494514920260217092304.0960711s1996    nyua     b    000 0 eng    a9798354358328q(cloth : alk. paper)  a4945149  aDLCcDLCdDLC00aTP149 .R684 202210aChemical engineering thermodynamics :bKey ConceptscNathalie D. Rouhana (Author), Nareshkumar B. Handagama (Editor)  bIndependently publishedc2023  a204 Pages.  atextbtxt2rdacontent  aunmediatedbn2rdamedia  avolumebnc2rdacarrier  aIncludes bibliographical references.  aThis text thoroughly presents major concepts in chemical engineering thermodynamics and draws from material and energy balances as a point of departure. The rigorous derivations provided progress logically to readily utilizable equations. Example problems are methodically solved with ample explanations and attention to mathematical detail with the goal of leaving no explicatory stone unturned. As such, it is also suitable as a student reference for many undergraduate chemical engineering thermodynamics equations and their derivations. This book is an intense accompaniment to any first semester course in chemical engineering thermodynamics as well as a basic refresher for the advanced student, practicing engineer, or instructor. 0aThermodynamics. 0aChemical engineering.  a7bcbccorignewd1eocipf19gy-gencatlg  2lcccBOOK  c12878d12878  00102lcc4070aMAINbFEMALEd2026-02-17l0oTP149 .R684 2022p51952000265870r2026-02-17w2026-02-17yBOOK  00102lcc4070aMAINbMAINd2026-02-17l0oTP149 .R684 2022p51952000265665r2026-02-17w2026-02-17yBOOK