3146.18 - General and Inorganic Chemistry for Energy Engineering Students

Course number
General and Inorganic Chemistry for Energy Engineering Students
High School B-level in mathematics, physics and chemistry or B-level in mathematics and physics, C-level in chemistry and A-level in biology.
To give the students a solid base for chemical appraisals in energetic and environmental matters.
Gas laws. Stoichiometry. Elementary thermodynamics. Electrochemistry. Equilibria. Bonding theories. Colligative properties. Kinetics. Crystal lattices. Electronic configurations of atoms. Chemical bonding. Chemical properties of representative elements.
Learning and teaching approaches
Lectures and problem solving.
Learning outcomes
Having passed the course, the student is able to: o demonstrate and apply knowledge about ideal and non-ideal gas laws o solve problems about energy relationships in chemical reactions, o demonstrate knowledge about the laws of thermodynamics o describe and explain the periodic table and the electronic structure of atoms o describe the most important properties of the elements in the periodic table. o to categorize different forms of intramolecular and intermolecular chemical bondings o cateogorize different crystal structures o master calculations with different concentration units o demonstrate and use knowledge about colligative properties o solve problems in chemical kinetics and chemical equilibrium o apply knowledge about acids, bases, acid-base equilibria and solubility equilibria o solve basic electrochemical problems o describe coordination compounds in living organisms o explain natural radioactivity and dating based on radiactive decay
Assessment method
Compulsory coursework must be handed in on time for evaluation and be graduated/accepted in order to be allowed to sit the examination. All auxiliary materials are allowed, e.g., own computer, internet-dictionaries, text books, papers, notes. A four-hour written examination. Pen and paper. Earlier evaluated and accepted written coursework can be used in a re-examination. The existing grade scale is used. Marks are given for written exercises handed in and the weighted average of these marks (25%) and the exam mark (75%) constitutes the final course grade.
Marking scale
Raymond Chang: General Chemistry The Essential Concepts 6. Edition (2011). ISBN 978-007-131368-1, pp.779 Preben Hartmann-Petersen: Almen, uorganisk og organisk kemi. 7. edition (1999). ISBN 87-502-0963-9, pp 396 (copies handed out)
Hóraldur Joensen