Code: | LBBA1101 | Acronym: | Q | |
Scientific Area: | Chemistry |
Teaching Area: | Ciências Químicas e Físicas (CQF) |
Acronym | Nº de Estudantes | Plano de Estudos | Academic Year | Credits | Horas Contacto | Total Hours |
---|---|---|---|---|---|---|
LBBA | 19 | Despacho n.º 7512/2022 de 15/06 | 1º | 5 | 60 | 140 |
Ensino Teórico: | 0,00 |
Ensino Prático e Laboratorial: | 28,00 |
Teaching - Weekly Hours
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Teaching - Responsabilities
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Consolidate the knowledge in general chemistry.
Theoretical
1. Atomic Structure and Periodic Table. 2. Chemical bond. 3. Coordination Compounds. 4. Water and aqueous solutions. 5. Introduction to Thermochemistry. 6. Chemical Kinetics. 7. Chemical Equilibrium. 8. Acid-base reactions. 9. Precipitation reactions. 10. Chemistry of Colloids. 11. Redox reactions.
Laboratorial
1. Concentration solutions. 2. Chemical Equilibrium. 3. Acid-Base Reactions: Titration, buffer solutions. 4.Solubility product. 5. Redox Reactions.
It is intended to recall and amplify the concepts of general chemistry, so that student comprises chemical phenomena that occur in the various environmental compartments (soil, air and water).
Theoretical, laboratory and tutorial sessions; Assessment by written assays.
Evaluation:
All students enrolled in the course are admitted to final exam.
All assessment components must have greater than or equal to 8.
-Partial exemption:
The theoretical component is evaluated, during the semester through two written assay (TE); TE greater than or equal to 10.
The practical component (TL) is evaluated through four reports/ work sheets;
TL = average of reports/worksheets greater than or equal to 10.
-Total exemption:
Classification is calculated based on the equation: 0,70 TE+0,30 TL.
- Final Exam:
1 written assay (PE) + 1 laboratorial test (PL).
Classification is calculated based on the equation: 0,70 TE+0,30 PL.
In theoretical sessions are introduced the fundamental concepts of general chemistry. In tutorial sessions students will do exercises to apply the concepts presented in theoretical sessions. In laboratorial sessions will apply the concepts acquired in theoretical sessions.
Atkins, P.& Beran, J. (1992). General Chemistry (2nd ed.). USA: Scientific American Books, 922 pp.
Boikess, R. (2009). How to Solve General Chemistry Problems (8th ed.). USA: Prentice Hall, 325 pp.
Chang, R.& Goldsby, K. A. (2013). Química (11ª ed.). Lisboa: McGraw-Hill, 1085 pp.
Weiss, G. S., Greco, T. G & Rickard, L. H. (2014). Experiments in General Chemistry (9th ed.). Harlow:
Pearson, 328 pp.