By AirLearners
VCE Physics follows VCAA Guidelines. This 25-minute lesson goes through an introduction to VCE Physics Unit 3, covering a short review of Physics 1/2 before moving on to Area of Study 3 – How fast do things go? Topics explored adhere to the VCAA Study Design and include Newton’s laws of motion, constant acceleration formulae and applications to problems involving forces (including the normal reaction force). Unique questions and solutions are included, sure to improve your understanding of the theory. This lesson was created by Noah Bajayo who achieved a RAW Score of 48 in Physics and is an experienced tutor.
Lesson content:
Sections include:
1. Important sources of information
2. Recap of 1/2 Physics
3. Newton’s Laws of motion
4. Constant Acceleration formulae
Questions and solutions appear throughout
By AirLearners.com
VCE Physics, follows VCAA Guidelines. Circular Motion. This 25-minute lesson goes through all things Circular Motion – typically a trickier part of VCE Physics. Topics explored adhere to the VCAA Study Design and include Horizontal and Vertical motion as well as Banked Tracks. Unique questions and solutions are included, sure to improve your understanding of the theory. This lesson was created by Noah Bajayo who achieved a RAW Score of 48 in Physics and is an experienced tutor.
Sections include:
1. Conditions for Circular Motion to occur
2. Horizontal Circular Motion
3. Vertical Circular Motion
4. Normal Reaction Force
5. Banked Tracks
Questions and solutions appear throughout.
VCE Physics: Unit 3 – Kinematics – Lesson 3, this lesson follows VCAA guidelines. This 30-minute lesson goes through everything related to kinematics and projectile motion. Topics explored adhere to the VCAA Study Design and include Horizontal and Vertical projection as well as Oblique projections. Unique questions and solutions are included, sure to improve your understanding of the theory. This lesson was created by Noah Bajayo who achieved a RAW Score of 48 in Physics and is an experienced tutor.
Sections include:
1. Constant acceleration formulae review
2. ‘The Kinematics Approach’ – A proven way to approach kinematics questions.
3. Vertical projection
4. Horizontal projection
5. Oblique projection
Questions and solutions appear throughout.
VCE Physics, follows VCAA guidelines, Energy. This 40-minute lesson goes through pretty much everything relating to energy in its various forms. Topics explored adhere to the VCAA Study Design and include Work, Kinetic, Gravitational potential, and Strain (elastic) potential energy. Unique questions and solutions are included, sure to improve your understanding of the theory. This lesson was created by Noah Bajayo who achieved a RAW Score of 48 in Physics and is an experienced tutor.
Sections include:
1. Introduction to Energy
2. ‘The Energy Bank’ – An analogy for Energy transformations
3. Work
4. Kinetic Energy
5. Gravitational Potential Energy
6. Hooke’s Law and Strain (elastic) Potential Energy
7. Using Graphs
Questions and solutions appear throughout.
VCE PHYSICS: UNIT 3 – IMPULSE & MOMENTUM – LESSON 5
VCE Physics: Unit 3 – Impulse & Momentum, follows VCAA Guidelines. This 35-minute lesson goes through almost everything relating to Impulse and Momentum. Topics explored adhere to the VCAA Study Design and include Impulse & Momentum, Conservation of Energy & Momentum, and Isolated systems. Unique questions and solutions are included, sure to improve your understanding of the theory. This lesson was created by Noah Bajayo who achieved a RAW Score of 48 in Physics and is an experienced tutor.
Sections include:
1. Introduction to Impulse
2. Introduction to Momentum
3. Dimensional equivalence
4. Conservation of Energy and Momentum
5. Derivation of the maximum velocity of a mass on a spring
6. Using Graphs
Questions and solutions appear throughout.
VCE PHYSICS: UNIT 3 – LAB WORK IN AOS 3. This 15-minute lesson goes through everything to do with Practical and Lab Work in Area of Study 3 (AOS 3). Topics explored adhere to the VCAA Study Design and include creating an experiment, collecting data, analysing and reporting for data and conventions in reporting. A unique experiment is included as a case study, sure to improve your understanding of the theory. This lesson was created by Noah Bajayo who achieved a RAW Score of 48 in Physics and is an experienced tutor. This Lesson will stay in your Library for Speed Revision as you approach SACS and Exams.
Sections include:
1. Creating your experiment
2. Collecting data
3. Data processing in Excel
4. Reporting data
5. Conventions in reporting
Case study material is included throughout.