Physics 12
New Brunswick · Grade 12 · Science — the complete curriculum-aligned outline, taught skill by skill by MapleMind's AI tutor.
3Units
9Lessons
51Skills
Unit 1: Dynamic Extension
Extending dynamics to two dimensions: vector analysis, conservation of momentum and energy in collisions, projectile and circular motion, simple harmonic motion, and Kepler's laws, tested through investigations.
Two-dimensional dynamics and momentum
- Vector analysis in two dimensions
- Conservation of momentum in collisions
- Choosing energy or momentum
- Representing forces as vectors (2D)
Designing and representing a dynamics investigation
- Designing a dynamics experiment
- Selecting instruments and processes
- Carrying out procedures
- Displaying evidence
- Modes of representation
- Multiple perspectives on an issue
- Working cooperatively
Prototyping and analysing a device
- Designing an experiment (extended)
- Displaying evidence (extended)
- Building and testing a prototype
- Evaluating a designed device
- Modes of representation (analysis)
- Compiling and organizing data
Projectiles, circular motion, and orbits
- Projectile motion (dynamic extension)
- Uniform circular motion (algebraic/vector)
- Circular motion and Newton's laws
- Wave equation (dynamic extension)
- Simple harmonic motion energy
- Kepler's laws (dynamic extension)
Unit 2: Projectiles, Circular Motion and Universal Gravitation
Projectile and circular motion in depth, simple harmonic motion, Kepler's laws, and Newton's law of universal gravitation applied to orbits.
Projectiles and circular motion in depth
- Building and evaluating a device
- Projectile motion analysis
- Projectile motion qualitatively and quantitatively
- Uniform circular motion in depth
- Circular motion with Newton's laws
- Investigating a development
Harmonic motion and universal gravitation
- SHM: displacement, velocity, acceleration
- SHM energy in depth
- Compiling and organizing orbital data
- Kepler's laws applied
- Universal gravitation and orbits
Unit 3: Fields
Gravitational, electric, and magnetic fields and field lines; Coulomb's law; Ohm's law and circuits; magnetic forces, electromagnetic induction, motors and generators, and AC/DC.
Fields and forces
- Communicating ideas about fields
- Fields as regions of space
- Fields affecting mass and charge
- Field lines
- Charges and poles
- Newton's law vs Coulomb's law
Circuits and Ohm's law
- Ohm's law and circuits
- Carrying out circuit procedures
- Circuit procedures (extended)
- Predicting and hypothesizing (circuits)
- Designing a circuit experiment
Magnetism and electromagnetic induction
- Magnetic field of a current
- Force on a moving charge
- Electromagnetic induction
- Motors and generators
- Alternating and direct current
- Selecting and integrating information (fields)
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