Engineering Chemistry IIB (CHEM2033A)

University of the Witwatersrand (wits)

Here are the best resources to pass Engineering Chemistry IIB (CHEM2033A). Find Engineering Chemistry IIB (CHEM2033A) study guides, notes, assignments, and much more.

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CHEM2033A : Lab 2 : Thin Layer Chromatography and Functional Groups
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    CHEM2033A : Lab 2 : Thin Layer Chromatography and Functional Groups

  • The following three substances - phenyl benzoate, acetylsalicylic acid, and benzoic acid all have the same white colour and have been placed in a bottle. The bottles are then mixed up. Using Thin Layer Chromatography as a method as well as the properties of these substances, one can now determine which substance is found in which bottle. This lab report (obtained 94%) contains answers to the questions given and gives a discussion and conclusion on the above experiment - a guide for a student.
  • Akshay101
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CHEM2033A : Lab 3 : Gases
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    CHEM2033A : Lab 3 : Gases

  • This lab report (self-study) exercise is based on Gases as taught at the University of the Witwatersrand. It encompasses questions regarding pressure (atmospheric/cylinder) , ideal gas laws, barometers, mercury manometers, mass/mole fractions and stoichiometry problems that can be used as a guide by students.
  • Akshay101
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CHEM2O33A : Lab 5 : The Thermodynamics of a Voltaic Cell
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    CHEM2O33A : Lab 5 : The Thermodynamics of a Voltaic Cell

  • This lab report is based on Electrochemistry and is used to determine the relationship between the cell potential/voltage of a galvanic cell (V) over a certain temperature interval and also to determine other thermodynamic properties. It is a sample report (achieved 92%) that can be used to guide a student while carrying out this experiment.
  • Akshay101
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CHEM2033A: Lab 1: Molecular Shapes
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    CHEM2033A: Lab 1: Molecular Shapes

  • This lab report is based on two topics taught in the Engineering Chemistry IIB course - Basic Concepts of Chemical Bonding as well as Molecular Geometry and Bonding Theories at the University of the Witwatersrand. It is a fun hands-on practical to create 3D molecular structure models of different substances and to identify important aspects of how their bonding takes place. This is a sample report (achieved 97%) that can be used as a guide!
  • Akshay101
    R200,00 More Info
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