Embedded Files
Extended Topics in Fundamental Physics
Extended Topics in Fundamental Physics
Levels 1 and 2 | 5 periods per week | 1.7 units
Levels 1 and 2 | 5 periods per week | 1.7 units
The course provides some of the core topics in physics essential for further studies in science and engineering. Some lessons build on the foundation of the fundamental concepts studied in Physics 1 and Physics 2 and present these concepts under unifying themes, so the students would come to appreciate physics as a science governed by a cohesive set of underlying principles. Learning is facilitated through a series of laboratory activities, investigations, group discussions, and context-rich problem solving to help students develop critical thinking and reasoning skills. This course intends to provide students enduring understanding of physics to support future advanced course work in engineering and the sciences.
The course provides some of the core topics in physics essential for further studies in science and engineering. Some lessons build on the foundation of the fundamental concepts studied in Physics 1 and Physics 2 and present these concepts under unifying themes, so the students would come to appreciate physics as a science governed by a cohesive set of underlying principles. Learning is facilitated through a series of laboratory activities, investigations, group discussions, and context-rich problem solving to help students develop critical thinking and reasoning skills. This course intends to provide students enduring understanding of physics to support future advanced course work in engineering and the sciences.
University Track
University Track
STEM track
STEM track
Topic Outline
Topic Outline
First Quarter – Fluids, Thermodynamics
First Quarter – Fluids, Thermodynamics
Second Quarter – Electric field, Magnetic field
Second Quarter – Electric field, Magnetic field
Third Quarter – Circuits, Physical optics
Third Quarter – Circuits, Physical optics
Fourth Quarter – Relativity, Quantum physics
Fourth Quarter – Relativity, Quantum physics
Assessment Methods
Assessment Methods
DifFerence between Level 1 and Level 2
DifFerence between Level 1 and Level 2
Acceptance Requirement
Acceptance Requirement
A student must have an average grade of at least 60% in Physics 1 and Physics 2 periodic exams to be accepted in Physics 3
A student must have an average grade of at least 60% in Physics 1 and Physics 2 periodic exams to be accepted in Physics 3
Instruction Methods
Instruction Methods
Online lectures, modules, online consultations, etc.
Online lectures, modules, online consultations, etc.
LIKANAYAN PROMOTIONAL VIDEOS FOR PHYSICS SYP COURSES
LIKANAYAN PROMOTIONAL VIDEOS FOR PHYSICS SYP COURSES
Contact PersonS
Contact PersonS
For more details about this subject, please contact:
For more details about this subject, please contact:
Bhazel Anne R. Pelicano (barpelicano@pshs.edu.ph)
Page updated
Report abuse