Learn.
Working Scientifically
- The scientific Method
- Significant figures
- Accuracy vs Precision
- Validity vs reliability
- How to: Literature review
Module 5: Advanced mechanics
- Projectile motion
- Describing projectile motion
- Projectile motion experiments
- Projectile motion calculations
- Projectile motion bench to floor experiment
- Sample exam questions
- Circular motion
- Inclined plane and banked Curve HSC Questions
- Torque (T = rFsinθ)
- Motion in Gravitational fields
- Newtons law of universal gravitation (F=GMm/r2 )
- Escape velocity
- Kepler’s Law
Module 6: Electromagnetism
- Charged Particles, Conductors and Electric and Magnetic Field
- Electric and magnetic fields
- Force acting on charged particle in electric field
- Uniform circular motion of charged particle in magnetic fields
- F = qE where E = V/d where V = W/q
- Coulomb’s Law
- Work and electrical potential energy
- The Motor Effect
- Electromagnetic Induction
- Applications of the Motor Effect
Module 7: The nature of light
- Diffraction grating and double slit experiments
- History of the speed of light
- Electromagnetic Spectrum
- Light: Wave Model
- Light: Quantum Model
- Light and Special Relativity
Module 8: Electricity and magnetism
- Origins of the Element
- Structure of the Atom
- Quantum Mechanical Nature of the Atom
- Properties of the Nucleus
- Deep inside the Atom
Weekly Homework
- Term 1
- Term 2
- Term 3
- Term 4
Memorize.
- Module 5: Advanced mechanics
- Module 6: Electromagnetism
- Module 7: The nature of light
- Module 8: Electricity and magnetism
Master.
- Sample module exams
- Module 5: Advanced mechanics
- Module 6: Electromagnetism
- Module 7: The nature of light
- Module 8: Electricity and magnetism
- Sample practical exams
- Sample end of year exams
External Resources.
