Chemistry for Engineers

University of Cape Town (UCT)

Here are the best resources to pass Chemistry for Engineers. Find Chemistry for Engineers study guides, notes, assignments, and much more.

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Physical Chemistry Gaseous State Notes
  • Physical Chemistry Gaseous State Notes

  • Class notes • 17 pages • 2022
  • Physical Chemistry Gaseous State Notes: .Real gases and their Liquefication .Deviation from Ideal Gas behaviour .van der Waals equation .Critical points and Critical constants .Equation of corresponding states .Liquefication of gases Intermolecular forces .Questions and answers
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BSC First Year Thermodynamics Notes
  • BSC First Year Thermodynamics Notes

  • Class notes • 32 pages • 2022
  • Batchelor of Science First Year of Thermodynamics handwritten Lecture Notes
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Organic Chemistry Notes Organic Chemistry Notes
  • Organic Chemistry Notes

  • Class notes • 13 pages • 2021
  • Organic Chemistry Notes: Types of formulae IUPAC Naming of molecules Types of Organic Molecules Isomers and type Reactions (Alkanes. Haloalkanes, Alkenes & Alcohols) Intermolecular Forces & Physical Properties (Chain length, Functional Groups, Branching)
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Quantitative Chemistry & Chemical Bonding Notes Quantitative Chemistry & Chemical Bonding Notes
  • Quantitative Chemistry & Chemical Bonding Notes

  • Class notes • 3 pages • 2021
  • Notes of Quantitative Chemistry Principles: Chemical Bonding Exothermic and Endothermic Graphing Maxwell-Boltzmann Distribution Curve Analysis Factors affecting rate of reaction Rice Table Notes
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Atomic Structure and Interatomic Bonding Atomic Structure and Interatomic Bonding
  • Atomic Structure and Interatomic Bonding

  • Class notes • 21 pages • 2018
  • Introduction and overview of Atomic Structure and Inter-atomic Bonding within and among materials. Provides the basics of chemistry that is required to understand future chapters in this unit, as well as extra information.
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Polymer Structures
  • Polymer Structures

  • Class notes • 17 pages • 2018
  • Introduction and overview of polymer structures: different types; their respective characteristics; their uses; and their constituent substances.
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Imperfections in Solids
  • Imperfections in Solids

  • Class notes • 15 pages • 2018
  • Complete overview and introduction to Imperfections in Solids, covering different types of imperfections, the characteristics of each, and the effects produced.
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Diffusion
  • Diffusion

  • Class notes • 14 pages • 2018
  • Complete overview of Diffusion and the formulas required to calculate diffusion and related values
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Phase Diagrams
  • Phase Diagrams

  • Class notes • 22 pages • 2018
  • Providing an in-depth, complete overview of phase diagrams and how to read such graphs in order to determine important information relating to phases, material concentrations, and temperature values.
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Composites
  • Composites

  • Class notes • 21 pages • 2018
  • Detailed description of composite materials, including particle-, fiber-, and structurally-reinforced composites. Includes formulas and explanations on how to determine elastic modulus and stress ( shear and tensile) of the composite materials.
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