|
SUBJECT SPECIFIC CORE (SSC) |
|
|
|
TOPIC |
DESCRIPTION |
HRS |
|
1. |
Measurement |
Standards of measurement; Vectors and scalars;
Graphical techniques; Uncertainties and errors |
4 |
|
2. |
Mechanics |
Kinematical concepts; Linear motion with constant
acceleration; Concepts of force and mass; Newton’s first, second and
third laws of motion; Projectile, simple harmonic and uniform
circular motion; Linear momentum; Work, energy and power |
19 |
|
3. |
Thermal Physics |
Thermal concepts, Thermal properties of matter |
8 |
|
4. |
Oscillations and waves |
Kinematics of simple harmonic motion (SHM) , Energy
changes during simple harmonic motion (SHM), Forced oscillations and
resonance, Wave characteristics , Wave properties |
10 |
|
5. |
Electric currents |
Electric potential difference, current and resistance ,
Electric circuits |
16 |
|
6. |
Atomic and Nuclear Physics |
Atoms and their constituents; Nuclei and their
constituents |
8 |
|
7 |
Fields and forces |
Gravitational force and field ,Electric force and field
,Magnetic force and field |
7 |
|
8 |
Energy, power and climate change |
Energy degradation and power generation ,World energy
sources ,Fossil fuel power production , Non-fossil fuel power
production ,Greenhouse effect ,Global warming |
18 |
| |
Investigations/ Practicals |
|
15 |
|
|
|
Total Teaching Hours |
80 |
|
|
|
ADDITIONAL HIGHER LEVEL MATERIAL (AHL) |
|
|
|
TOPIC |
DESCRIPTION |
HRS |
|
9. |
Motion in fields |
Projectile motion, Gravitational field, potential and
energy, Electric field, potential and energy, Orbital motion |
8 |
|
10. |
Thermal Physics and Properties of Matter |
Thermal concepts and intermolecular interactions;
Evaporation and thermal expansion; Thermodynamics |
8 |
|
11. |
Wave phenomena |
Standing (stationary) waves, Doppler effect,
Diffraction movement; Standing waves |
12 |
|
12. |
Electromagnetic induction |
Induced electromotive force (emf), Alternating
current, Transmission of electrical power |
6 |
|
13. |
Quantum physics and nuclear physics |
Quantum physics, Nuclear physics |
15 |
|
14. |
Digital technology |
Analogue and digital signals, Data capture; digital
imaging using charge-coupled devices, |
8 |
|
1. |
Investigations/ Practicals |
|
20 |
|
|
|
Total Teaching Hours |
90 |
|
|
|
OPTIONS
(INVESTIGATIONS SL: 5 HRS PER OPTION, HL: 8 HRS PER OPTION) |
|
|
|
TOPIC |
DESCRIPTION |
HRS |
|
A. |
Sight and wave phenomena
(SL ONLY) |
Dynamics
The eye and sight ,Standing (stationary) waves ,
Doppler effect , Diffraction ,Resolution , Polarization |
15 |
|
B. |
Quantum physics and nuclear physics (SL ONLY) |
Quantum
physics ,.Nuclear physics |
15 |
|
C. |
Digital technology
(SL ONLY) |
Analogue
and digital signals , Data capture; digital imaging using
charge-coupled devices (CCDs) ,Electronics , The mobile phone system |
15 |
|
D. |
Relativity and particle physics
(SL ONLY) |
Core:
Introduction to relativity , Concepts and postulates of special
relativity ,Relativistic kinematics , Particles and interactions ,
Quarks |
15
|
|
E. |
Astrophysics
(SL/HL) |
Core:
Measuring stellar radiation; Types of stellar object; The expanding
universe; The Big Bang model of the creation of the universe
HL Ext: Measuring stellar radiation; The expanding universe;
General relativity; Stellar evolution |
15
|
|
F. |
Communications
(SL/HL) |
Core:
Radio communication ,Digital signals ,Optic fibre transmission ,
Channels of communication |
15
|
|
G. |
Electromagnetic waves (SL/HL) |
Core:
Nature of EM waves and light sources ,Optical instruments ,Two-source
interference of waves ,Diffraction grating |
15
|
|
H. |
Relativity: (HL ONLY) |
Core:
Introduction to relativity ,Concepts and postulates of special
relativity , Relativistic kinematics ,Some consequences of special
relativity , Evidence to support special relativity ,Relativistic
momentum and energy ,General relativity ,Evidence to support general
relativity |
22 |
|
I |
Medical physics (HL ONLY) |
The ear and hearing ,Medical imaging , Radiation in
medicine |
22 |
|
J |
Particle physics (HL ONLY) |
Particles and interactions ,Particle accelerators and
detectors , Quarks,Leptons and the standard model ,Experimental
evidence for the quark and standard models ,Cosmology and string |
22 |