Department of Biology and Environmental Science

The course covers topics on Electricity and Magnetism, the study about the long-range interactions of charges (static and moving charges) and the electric field concept to explain how each interaction takes place. The lessons begin with electrostatic interactions and some of their applications. It then proceeds to the study of basic properties of electric currents (moving charges) which includes circuit analysis. The interaction of moving electric charges leads to the study of the fundamental nature of magnetism and its applications. The connection between electricity and magnetism will then be discussed to understand the generation of electromagnetic waves.

Physics 82.1, as the second service course to College of Science students, intends to develop their awareness of the basic phenomena of electricity and magnetism in which their experience is much more limited compared to mechanics, even though the applications in technology have actually become part of their daily life.

The course covers topics on Electricity and Magnetism, the study about the long-range interactions of charges (static and moving charges) and the electric field concept to explain how each interaction takes place. The lessons begin with electrostatic interactions and some of their applications. It then proceeds to the study of basic properties of electric currents (moving charges) which includes circuit analysis. The interaction of moving electric charges leads to the study of the fundamental nature of magnetism and its applications. The connection between electricity and magnetism will then be discussed to understand the generation of electromagnetic waves.

Physics 82, as the second service course to College of Science students, intends to develop their awareness of the basic phenomena of electricity and magnetism in which their experience is much more limited compared to mechanics, even though the applications in technology have actually become part of their daily life.

The course covers topics on Electricity and Magnetism, the study about the long-range interactions of charges (static and moving charges) and the electric field concept to explain how each interaction takes place. The lessons begin with electrostatic interactions and some of their applications. It then proceeds to the study of basic properties of electric currents (moving charges) which includes circuit analysis. The interaction of moving electric charges leads to the study of the fundamental nature of magnetism and its applications. The connection between electricity and magnetism will then be discussed to understand the generation of electromagnetic waves.

Physics 82, as the second service course to College of Science students, intends to develop their awareness of the basic phenomena of electricity and magnetism in which their experience is much more limited compared to mechanics, even though the applications in technology have actually become part of their daily life.

Introduction to the principles of biogeochemistry, current global climate change, and the modifications caused by human activities on the natural environment. 

The course aims to show that we, humans - are but a part of nature - but our actions at the collective level prove that we
are conveniently forgetting this and acting as if the Earth is simply as late on which we can carve whatever designs suit
our fancy and our state of economy.

Developmental patterns, morphoanatomy, and taxonomy of Kingdom Plantae

Introduction to modern theories in organic chemistry. Correlation of structure with properties of organic compounds.

Structure, function, and metabolism of proteins, carbohydrates, lipids, and nucleic acids.

Thesis proposal and preliminary conduct of student undergraduate research under the supervision of a qualified faculty member

Exploration of a body of literature and research on a specialized topic in environmental science relevant to the student’s interest and thesis proposal