The course will focus on the classical interactions between particles.
- Faculty: Anisa Trisha Pabingwit
- Faculty: Marlon Sacedon
- Faculty: Mary Angelica A. Villocino
This course will be devoted to the study of the
principles and trends in the
chemistry of the elements. Topics also include acid-base chemistry, descriptive
chemistry of metals and nonmetals, electrochemistry, and reduction-oxidation reactions.
- Faculty: Kevin Nick Bandibas
Apply the concepts of organic structural theory to explain and predict
the physical properties and chemical reactivity of organic molecules ranging
from simple organic compounds to macromolecules and biomolecules
. Identify organic compounds, give their IUPAC names, and draw the
molecular structures of this compounds.
Use molecular models/softwares for conformational analysis and
stereochemical projections of chiral compounds.
Recognize stereochemical differences, i.e. subtle differences in the
three-dimensional structure of organic molecules which affect optical, physical
and chemical properties; assign the configuration at each chiral center in an
asymmetric molecule.
Apply chemical methods and spectroscopic techniques such as UV- Visible,
IR, NMR, MS for the analysis of simple organic compounds.
- Faculty: Jotham Lloyd Alegre
- Faculty: Yhena Bandibas
- Faculty: Michael John Bation
- Faculty: Maria Robelyn Insik
- Faculty: Elizabeth Quevedo
- Faculty: Mark Ryan Rosal Tripole