Applied Physics 2
APH2 Course DescriptionTeacher in Charge: Kieran McGirr.
PrerequisitesIf you did not take a pathway course at Level 1, or achieved fewer than 8 credits externally in that course, you will need HOD approval.
A sound level of algebra/maths is required for this course.
This course is designed for those that require a higher proportion of internal credits without compromising the ability to take Level 3 Physics. It is suitable for those that require Physics in a trade situation (e.g. electrician) or for leading towards degree that requires Physics but where Physics is not a major focus (e.g. Veterinary science)
Accelerate students and those looking towards a degree with a major Physics component (e.g. Engineering) or those considering sitting the Scholarship Physics exam in level 3, should choose to take PHY2.
Physics is the study of the relationship between matter and energy.
- Mechanics
- Electricity and Electromagnetism
- Atomic and nuclear physics
- Practical investigations
- Application of Physics to a selected context
Course Overview
Term 1
Demonstrate understanding of Atomic & Nuclear physics.
AS 91172 Phy 2.5 (3 Credits Internal)
Topics covered: Atomic structure, Radioactivity, Radioactive decay, Fission, Fusion
Demonstrate understanding of mechanical systems.
AS 91523 Phy 2.4 (6 Credits External)
Topics covered: Motion under constant acceleration, Projectile motion, Circular motion, , Forces, Torque, Equilibrium, Energy & Momentum.
Term 2
Continuation of mechanical systems.
Carry out a practical investigation to test a physics theory relating two variables in a non-linear relationship.
AS 91168 Phy 2.1 (4 Credits Internal)
Topics covered: Significant figures, Scientific method, Data collection, Data transformations, Accuracy and precision, Graphing, and Report writing.
Demonstrate understanding of electrical systems.
AS 91526 Phy 2.6 (6 Credits External)
Topics covered: Electric fields, Electrostatic forces, Series and Parallel circuits, Voltage, Current, Resistance, Power, Magnetic fields, Magnetic forces, Motors, Induction, and Generators.
Term 3
Continuation of electrical systems.
Demonstrate an understanding of wave systems.
AS 91170 Phy 2.3 (4 Credits External)
Topics covered: Optics (Reflection and Refraction, Curved mirrors, Lenses, Total internal reflection) and Wave theory (Transverse and Longitudinal Waves, Diffraction, Refraction, Reflection, Interference, Superposition, Standing waves, Two point source interference).
Term 4
Demonstrate understanding of physics relevant to a selected context.
AS 91169 Phy 2.2 ($ Credits Internal)
Revision
Pathway Contributions and Equipment/Stationery