25/06/2024
The new syllabus prioritizes a deeper understanding of fundamental physics principles. Gone are the days of simply memorizing formulas. Instead, the focus is on truly grasping concepts like energy, forces, and the fascinating world of particles. This shift equips you with a robust foundation in physics, allowing you to tackle complex problems with confidence.
The syllabus is now organized into five distinct themes:
The new curriculum eliminates the option topics (relativity, engineering physics, imaging, astrophysics). Don't fret, though! Interesting content from these areas has been strategically woven into the core curriculum at both Standard Level (SL) and Higher Level (HL). This ensures a well-rounded physics education for all students, regardless of their chosen level.
The internal assessment, previously known as the individual investigation, is now called the scientific investigation. This still requires you to design and conduct an experiment, analyze the data, and draw meaningful conclusions. Paper 2 also sees some changes. It now starts with short-response questions testing specific areas of the curriculum and concludes with extended-response questions that encourage you to apply concepts from different themes – a true test of your problem-solving prowess!
The revised syllabus brings a wave of positive changes. Here's what you can expect:
The new IBDP Physics syllabus might seem daunting at first, but with the right approach, it can be a rewarding journey. Embrace the focus on core concepts, delve into the fascinating themes, and hone your scientific inquiry skills. With dedication and a thirst for knowledge, you'll be well on your way to conquering the world of physics!
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A.1 Kinematics
A.2 Forces and momentum
A.3 Work Energy and Power
A.4 Rigid Body Mechanics
A.5 Galilean and special relativity
B.1 Thermal energy transfers
B.2 Greenhouse effect
B.3 Gas laws
B.4 Thermodynamics
B.5 Current and circuits
C.1 Simple harmonic motion
C.2 Wave model
C.3 Wave phenomena
C.4 Standing waves and resonance
C.5 Doppler Effect
D.1 Gravitational fields
D.2 Electric and magnetic fields
D.4 Induction
E.1 Structure of the atom
E.2 Quantum physics
E.3 Radioactive decay
E.5 Fission
E.5 Fusion and stars
Magnets and magnetic field lines
A.1: Kinematics
A.2: Forces and momentum
A.3: Work, energy and power
A.4: Rigid body mechanics
A.5: Galilean and special relativity
B.1: Thermal energy transfers
B.2: Greenhouse effect
B.3: Gas laws
B.4: Thermodynamics
B.5: Current and circuits
C.1: Simple harmonic motion
C.2: Wave model
C.3: Wave phenomena
C.4: Standing waves and resonance
C.5: Doppler effect
D.1: Gravitational fields
D.2: Electric and magnetic fields
D.3: Motion in electromagnetic fields
D.4: Induction
E.1: Structrer of the atom
E.2: Quantum physics
E.3: Radioactive decay
E.4: Fission
E.5: Fusion and stars
Mechanics
Thermal Physics
Waves
Electricity
Magnetism
Mass and Gravitation
Nuclear Physics
Energy Resources
Astrophysics
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