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  • Physics (SPH4U) 2025 Spring - Mr.Goncalves | Synchronous
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    Course Outline for Students
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    Course Syllabus
    Week 1
    Vector Treasure Hunt
    Lesson 1: Motion and Motion Graphs Overview
    Unit 0: Are you ready? (3 hrs)
    Numbers in Physics (1 hrs)
    River Crossing Challenge
    SPH4U 1.1 Motion and motion graphs
    SPH4U 1.2 Equations of motion
    SPH4U 1.3 Displacement in two dimensions
    SPH4U 1.4 Velocity and acceleration in two dimensions
    SPH4U 1.5 Projectile motion
    SPH4U 1.6 Relative motion
    Lesson 2: Equations of Motion and Displacement in ...
    Chapter 1: Kinematics (4 hrs)
    Motion Graph Matching activity
    Free Body Diagram Interactive
    Student Self Assessment on Introduction and Unit 1
    Forum of Week 1: Self assessment checklist on Connecting Learning
    Week 2
    Scalars and Vectors (1 hrs)
    SPH4U 2.1 Forces and free-body diagrams
    SPH4U 2.2 Newton's laws of motion
    SPH4U 2.3 Applying Newton's laws of motion
    SPH4U 2.4 Forces of Friction
    Chapter 2: Forces (5 hrs)
    Kinematics Quiz
    Net Force Game Simple
    Forces and Motion Virtual Lab
    Discussion Forum: Forces and Motion Virtual Lab
    SPH4U 3.1 Inertial and non-inertial frames of reference
    SPH4U 3.2 Centripetal acceleration
    SPH4U 3.3 Centripetal force
    SPH4U 3.4 Rotating frames of reference
    Circular Motion (4 hrs)
    Quick Circular Motion Calculations Challenge
    Exit card on Uniform Circular Motion
    Forum of Week 2: Self assessment checklist on Inquiry Skills
    Uniform Circular Motion
    Week 3
    Unit 1 test
    SPH4U 4.1 Work done by a constant force
    SPH4U 4.2 Kinetic energy and the work-energy theorem
    SPH4U 4.3 Gravitational potential energy
    Unit 2 - part 1: Energy and Momentum (3 hrs)
    SPH4U 4.5 The law of conservation of energy
    SPH4U 4.6 Elastic potential energy and simple harmonic motion
    SPH4U 4.7 Springs and conservation of energy
    Masses and Springs simulation
    Chapter 4 practice problems
    Determining a spring constant
    SPH4U 5.1 Momentum and impulse
    SPH4U 5.2 Conservation of momentum in one direction
    SPH4U 5.3 Collisions
    SPH4U 5.4 Head-on elastic collisions
    SPH4U 5.5 Collisions in two dimensions: Glancing collisions
    Unit 2 - part 2: Energy and Momentum (4 hrs)
    Forum of Week 3: Self assessment checklist on Inquiry Skills and Connecting Learning
    Masses and Springs or PhET 2D Collision Lab (2 hrs)
    Week 4
    Unit 2 test
    Unit 3: Gravitational fields
    SPH4U 6.1 Newtonian gravitation
    SPH4U 6.2 Orbits
    Gravitational fields exit card
    Unit 3: Electric fields
    SPH4U 7.1 Properties of electric charge
    SPH4U 7.2 Coulomb's law
    SPH4U 7.3 Electric fields
    SPH4U 7.4 Electric potential energy and potential difference
    SPH4U 7.5 Electric potential due to point charges
    SPH4U 7.6 The Millikan oil drop experiment
    The Millikan Oil Drop Lab
    Unit 3: Magnetic Fields
    SPH4U 8.1 Magnets and electromagnets
    SPH4U 8.2 Magnetic force on moving charges
    SPH4U 8.3 Magnetic force on a current-carrying conductor
    SPH4U 8.4 Motion of charged particles in magnetic fields
    Forum of Week 4: Self assessment checklist on Inquiry Skills, Connecting Learning and Research Skills
    Learning Log 1
    Week 5
    Charge in a magnetic field lab
    Explore applications of gravitational fields
    Practicing fields
    Unit 3 test
    Week 6
    Unit 4: The Wave Nature of Light
    Practicing the mathematics of a two-point source interference
    SPH4U 9.1 Properties of waves and light
    SPH4U 9.2 Refraction and total internal reflection
    SPH4U 9.3 Diffraction and interference of water waves
    SPH4U 9.5 Interference of light waves
    Waves in 2D
    Diffraction with Interference Lab
    Unit 4: Applications of the Wave Nature of Light
    SPH4U 10.1 Interference in thin films
    SPH4U 10.2 Single slit diffraction
    SPH4U 10.3 The diffraction grating
    SPH4U 10.4 Electromagnetic radiation
    SPH4U 10.5 Polarization of light
    Week 7
    The Mathematics of a Two-Point Source Interference
    Unit 4 test
    Six Famous Thought Experiments Explained Quickly
    Make Your Own Spectroscope
    Week 8
    SPH4U 11.0 Intro to relativity
    SPH4U 11.1 The special theory of relativity
    SPH4U 11.2 Time dilation
    SPH4U 11.3 Length contraction and relativistic momentum
    SPH4U 11.4 Mass-energy equivalence
    Unit 5: Modern Physics
    A Slower Speed of Light
    Michelson-Morley Experiment
    SPH4U 12.1 Introducing quantum theory
    SPH4U 12.2 Photons and the quantum theory of light
    SPH4U 12.3 Wave properties of classical particles
    SPH4U 12.6 The standard model of elementary particles
    Time Dilation, length contraction and Twin paradox
    Al's Relativistic Adventures
    Derivation of Einstein's Time Dilation Equation
    SPH4U 8.4 Motion of charged particles in magnetic fields
    Unit 5 test
    Unit 5 test (Archive)
    Learning Log 2
    Lecture Records
    Lecture 1
    Lecture 2
    Lecture 3
    Lecture 4
    Lecture 5
    Lecture 6
    Lecture 7
    Lecture 8
    Lecture 9
    Lecture 10
    Lecture 11
    Lecture 12
    Lecture 13
    Lecture 14
    Lecture 15
    Lecture 16
    Lecture 17
    Lecture 18
    Lecture 19
    Final Exam
    Final exam for Spring 2025
    Final Exam (Archive)
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    Physics (SPH4U) 2025 Spring - Mr.Goncalves | Synchronous

    Skill Level: Beginner

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