This is part of the HSC Physics Syllabus Module 5: Advanced Mechanics.
Let’s look into some examples of questions involving projectile motion. We will cover the following:
- Final velocity
- Launch height
- Horizontal range of the projectile
Physics
Module 5: Advanced Mechanics
- Intro to Projectile Motion
- Projectile Motion: Initial Velocity & Launch Angle
- Projectile Motion: Max Height & Time of flight
- Projectile Motion: Final Velocity, Launch Height & Range
- More Projectile Motion Questions
- Introduction to Circular Motion
- Circular Forces Applications
- Forces in Circular Motion
- Angular Motion
- Relationships in Uniform Circular Motion
- Energy and Work in Circular Motion
- Torque and Rotation of Mechanical Systems
- Rotational Power, Work & Energy
- Centripetal Force & Acceleration
- Gravitational Field Strength at any Point
- Gravitational Force
- Force of Gravity Between Two Objects
- Gravitational Field Strength
- Orbital Velocity
- Orbital Period
- Kepler’s Laws of Planetary Motion
- Escape Velocity
- Gravitational Potential Energy
- Change in Energy Between Orbits
- Gravitational and Electric Fields
- Applications of Gravitational Force & Energy
- Geostationary and Geosynchronous Orbits
Module 6: Electromagnetism
- Interactions Between Charged Particles
- Forces Between Charged Particles
- Electric Potential Energy
- Acceleration in an Electric Field
- Work in an Electric Field
- Magnetic Flux Change
- Circular Motion in a Magnetic Field
- Charged Particles Moving in Magnetic Fields
- Faraday's Law & Lenz's Law
- Interaction Between Two Parallel Current-Carrying Wires
- Current-Carrying Conductor in a Uniform Magnetic Field
- DC Motors
- AC and DC Motors
- Back EMF in DC Motors
- Lenz’s Law & the Conservation of Energy
- Power Loss in Transformers
- Transformers
Module 7: The Nature of Light
- Maxwell and Electromagnetism
- Speed of Light
- Discharge Tubes and Spectra
- Spectroscopy
- Spectra of Stars
- Diffraction
- Double Slit Interference
- Malus’ Law
- Production and Propagation of Electromagnetic Waves
- Black Body Radiation and Wein & Plank's laws
- Plane Polarisation of Light
- Newton and Huygens Models of Light
- Photoelectric Effect
- Einstien's Thought Experiements
- Einstein’s Postulates on Relativity
- Applications of Special Relativity
- Time Dilation and Length Contraction
- Relativistic Momentum
- Mass–Energy Equivalence
Module 8: From the Universe to the Atom
- Big Bang
- Energy Released in Nuclear Decays or Transmutations
- Nuclear Reactions that Occur in Stars
- Nucleosynthesis Reactions
- Classification of Stars
- Millikan's Oil Drop Experiment
- Finding the Energy of a Photon
- Rutherford and Bohr Atomic Models
- Quantised Energy Levels of the Hydrogen Atom
- Schrödinger & de Broglie
- Nuclear Model of the Atom
- Radiation & Half Lives
- Nuclear Fusion Energy
- Nuclear Fission
- Introduction to Deep Inside the Atom
- Nuclear Transmutations and Energy
- What is the Standard Model of Matter
- Properties of the Electron
- Standard Model of Matter: Fundamental Forces
- Standard Model of Matter: Quarks & Hardrons
- Standard Model of Matter: Leptons
- Standard Model of Matter: Particle Accelerators