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INFO

- Physics Acceleration Program -

A specially designed program by Peter, taking you from knowing nothing to knowing everything.

Cover everything you need to know about VCE physics, it's a complete replacement of your day school classes.

Peter will show you, learning a year worth of knowledge within hours and become good at it is entirely possible.

prerequisite: primary school algebra

If you fulfilled the prerequisite mentioned above, then you should be perfectly capable of understanding everything in this Physics Acceleration Program.

Before you start

Required items:

- an empty A4 notebook (mandatory)

- pens with 3 colors or more. (mandatory)

- one or more highlighters (recommended)

- a scientific calculator (mandatory)

- correction tape (mandatory)

- pencil (recommended)

 

- Physics Acceleration Program Complete Lecture List -

This program consists of 4 Cores, and 8 breadths.

CORE

Motion in one and two dimensions

  • Basics of motion
  • Newton laws and their applications
  • Free Body Diagram
  • Inclined Plane
  • Energy and Power (Mechanical)
  • Momentum
  • Projectile
  • Uniform Circular motion
  • Universal Gravitational field

Electronics and photonics

  • Basics of Electricity
  • Series and Parallel circuits
  • Nodal analysis (Simplifying circuits)
  • Energy and Power (Electrical)
  • Basics of Diodes
  • Applications of Thermistor and LDR
  • More on Diodes and applications
  • Amplifier
  • Modulation

Electric Power (Electromagnetism)

  • Fundamentals of magnetism
  • Right hand rules (Grip and Slap/Palm)
  • Magnetic Forces
  • Simple Applications and Solenoid
  • Electric Motor
  • Magnetic Flux
  • Faraday’s law
  • Basics of Electric Generators
  • Lenz’s law
  • RMS & power
  • Transformers & it’s applications

Interactions of light and matter

  • Basics of Light
  • Basics of Wave
  • Young’s Double Slit Experiment
  • Light as a photon and it’s energy
  • Photoelectric Effect
  • Energy levels (Emission\Absorption Spectrum)
  • Basics of Quantum Mechanics
  • de Broglie wavelength and it’s applications
BREADTH

Materials and their use in structures

  • Basics (Types of forces)
  • Stress and Strain
  • Stress vs Strain graph & Force vs extension graph
  • Different properties of materials
  • Forces within structures & reinforcements
  • Torque & simple examples
  • STATIC EQUILIBRIUM & force\torque analysis

Sound

  • Basics of Mechanical waves.
  • Basics of Sound.
  • Sound Interference pattern
  • Sound Doppler effect
  • Sound Intensity and Loudness
  • Perceived loudness and the phon (Hearing response graphs)
  • Standing waves
  • Resonance in pipe and string
  • Types of speakers
  • Types of microphone
  •  

Einstein's special relativity

  • Basics of Special Relativity
  • Time dilation & length contraction
  • Energy associated with Relativity

Wave-like properties of light

  • light reflection
  • Refraction of light
  • Critical angle and total internal reflection
  • Dispersion and polarisation of light waves

Nuclear physics and radioactivity

  • Basics of Nuclear physics
  • Types of decay
  • Half life & Decay series
  • Radiation dose and its effect on humans

Energy from the nucleus

  • Nuclear Fission
  • Nuclear Fusion

Electric Fields

  • Basics of electric fields
  • Forces & field Strength
  • Coulomb’s law

More Applications of Electric and Magnetic Fields

  • Particle accelerator
  • Crossed electric and magnetic fields

 

 

 

 

 

INFO

- The VCE Physics 2017 study design (current) -

This study design is notorious for its nonsense course structure. It is the most confusing study design in the history of VCE physics.

Teachers, parents and students could all agree that whichever genius that came up with this study design really should get his/her job fired immediately.

 

To ease the pain in learning such disorganised subject, Peter has rearranged the topics to allow a better flow of logic and some topics were renamed as a result of that.

 

- Physics Acceleration Program for 2017 VCE study design (current) Complete Lecture List -

This program consists of 4 Areas.

AREA 1

Motion in one and two dimensions

  • Basics of motion
  • Newton laws and their applications
  • Free Body Diagram
  • Energy and Power (Mechanical)
  • Uniform Circular motion
  • Universal Gravitational field
  • Momentum
  • Inclined Plane
  • Projectile

Materials and their use in structures (CUT_VER)

  • Basics (Types of forces)
  • Force vs extension graph (CUT VER)
  • Torque & simple examples

Einstein's special relativity

  • Basics of Special Relativity
  • Time dilation & length contraction
  • Energy associated with Relativity

Energy from the nucleus

  • Nuclear Fission
  • Nuclear Fusion
AREA 2

Electric Power (Electromagnetism) (PART_1)

  • Fundamentals of magnetism
  • Right hand rules (Grip and Slap/Palm)
  • Magnetic Forces
  • Simple Applications and Solenoid
  • Electric Motor

Electric Fields

  • Basics of electric fields
  • Forces & field Strength
  • Coulomb’s law

More Applications of Electric and Magnetic Fields

  • Particle accelerator
  • Crossed electric and magnetic fields
AREA 3

Electric Power (Electromagnetism) (PART_2)

  • Magnetic Flux
  • Faraday’s law
  • Basics of Electric Generators
  • Lenz’s law
  • RMS & power
  • Transformers & it’s applications
AREA 4

Sound (CUT_VER)

  • Basics of Mechanical waves.
  • Basics of Sound.
  • Sound Interference pattern
  • Sound Doppler effect
  • Standing waves
  • Resonance in pipe and string

Interactions of light and matter

  • Basics of Light
  • Young’s Double Slit Experiment
  • Light as a photon and it’s energy
  • Photoelectric Effect
  • Energy levels (Emission\Absorption Spectrum)
  • Basics of Quantum Mechanics
  • de Broglie wavelength and it’s applications

Wave-like properties of light

  • light reflection
  • Refraction of light
  • Critical angle and total internal reflection
  • Dispersion and polarisation of light waves

 

 

 

 

 

INFO

- The Physics 2016 and prior study design -

This is one of the best-structured study design in the VCE Physics history, it has been refined over decades.

It consists of all the basic knowledge required as a university student that majors in engineering or physics.

Unfortunately, VCAA decided to take it down, possibly because it has been too helpful to students?

 

I highly recommend this study design to anyone who plans to do physics or engineering related studies in the future.

I personally have been relying on this knowledge for the whole duration of my engineering degree.

 

- Physics Acceleration Program for 2016 and prior VCE study design Complete Lecture List -

This program consists of 4 Cores and 6 detailed studies(Breadth), as it's pretty much the same as the Complete Physics Acceleration Program, so please refer to that for now.