IntermediateGrade 11Physics
Physics 20 - Alberta
Master the foundational concepts of physics through interactive simulations and hands-on virtual labs. This course covers kinematics, dynamics, circular motion, work and energy, and mechanical waves—all aligned with the Alberta Physics 20 curriculum. Explore motion in one and two dimensions, understand the forces that cause acceleration, and discover how energy transforms in mechanical systems. Through engaging simulations and guided activities, you'll develop both conceptual understanding and problem-solving skills that form the foundation for advanced physics study.
Aligned with Alberta Curriculum (SCN2220)
125h
Total Duration
5
Units
57
Lessons
What's Included
Interactive simulations & virtual labs
Quizzes after every lesson
Unit tests & final exam
Progress tracking
Certificate of completion
Learning Objectives
1
Describe motion in terms of displacement, velocity, and acceleration
2
Analyze forces and their effects on motion using Newton's laws
3
Apply concepts of uniform circular motion to real-world situations
4
Understand work, energy, and power in mechanical systems
5
Investigate simple harmonic motion and mechanical waves
6
Develop problem-solving skills using mathematical relationships
Course Curriculum
1
Background Math Skills
3 chapters • 9 lessons • 10h
Measurement and Scientific Notation
- Variables and Units25 min
- Accuracy and Precision20 min
- Significant Digits25 min
- Scientific Notation20 min
Math Foundations
- Algebra Review30 min
- Trigonometry Essentials35 min
- Ratios and Proportions25 min
Graphing Skills
- Linear Graphs30 min
- Linearization30 min
2
Kinematics
5 chapters • 16 lessons • 30h
Introduction to Motion
- Scalars and Vectors30 min
- Position and Displacement30 min
- Speed and Velocity30 min
Uniform and Accelerated Motion
- Uniform Motion25 min
- Acceleration30 min
- Kinematic Equations40 min
- Free Fall25 min
Motion in Two Dimensions
- Vector Components35 min
- Projectile Motion Fundamentals45 min
- Solving Projectile Problems40 min
Relative Motion
- 1D Relative Motion30 min
- Relative Motion: Rivers30 min
- Relative Motion: Airplanes30 min
Motion Graphs
- Position-Time Graphs30 min
- Velocity-Time Graphs30 min
- Acceleration-Time Graphs30 min
3
Dynamics
2 chapters • 9 lessons • 30h
Forces and Newton's Laws
- Introduction to Forces25 min
- Newton's First Law25 min
- Newton's Second Law35 min
- Newton's Third Law25 min
- Free-Body Diagrams40 min
Friction and Applied Forces
- Friction40 min
- Inclined Planes40 min
- Connected Objects40 min
- Elevators and Apparent Weight35 min
4
Circular Motion, Work, and Energy
3 chapters • 15 lessons • 35h
Uniform Circular Motion
- Circular Motion Basics30 min
- Centripetal Force30 min
- Vertical Circular Motion30 min
Gravitation
- Newton's Law of Universal Gravitation35 min
- The Cavendish Experiment25 min
- Gravitational Fields30 min
- Kepler's Laws of Planetary Motion30 min
- Orbital Motion and Satellites30 min
Work and Energy
- Work30 min
- Kinetic Energy25 min
- Potential Energy30 min
- Conservation of Energy35 min
- Power30 min
- Hooke's Law30 min
- Elastic Potential Energy35 min
5
Oscillatory Motion and Mechanical Waves
2 chapters • 8 lessons • 30h
Simple Harmonic Motion
- Introduction to Oscillations30 min
- Mass-Spring Systems30 min
- The Simple Pendulum30 min
- Resonance30 min
Mechanical Waves
- Wave Fundamentals30 min
- Wave Behavior40 min
- Sound Waves40 min
- Acoustics and Resonance40 min
Assessments
Unit A Small Quiz 1: Scalars, Vectors & Displacement10 questions • 15 min
Unit A Small Quiz 2: Velocity, Acceleration & Kinematics10 questions • 15 min
Unit A Small Quiz 3: Projectile Motion & Free Fall10 questions • 15 min
Unit A Large Quiz: 1D Motion Comprehensive20 questions • 35 min
Unit A Test: Kinematics25 questions • 60 min
Unit A Lab: Motion Analysis8 questions • 30 min
Unit B Small Quiz 1: Forces & Newton's First Law10 questions • 15 min
Unit B Small Quiz 2: Newton's 2nd & 3rd Laws, FBDs10 questions • 15 min
Unit B Small Quiz 3: Friction & Inclined Planes10 questions • 15 min
Unit B Large Quiz: Forces & Newton's Laws20 questions • 35 min
Unit B Unit Test: Dynamics25 questions • 50 min
Unit B Lab: Force Lab8 questions • 30 min
Unit C Small Quiz 1: Circular Motion Basics10 questions • 15 min
Unit C Small Quiz 2: Centripetal Force & Vertical Circles10 questions • 15 min
Unit C Small Quiz 3: Work, Energy & Power10 questions • 15 min
Unit C Large Quiz: Comprehensive Circular Motion20 questions • 40 min
Unit C Test: Circular Motion, Work & Energy25 questions • 60 min
Unit C Lab: Energy Conservation8 questions • 30 min
Unit D Small Quiz 1: SHM, Pendulum & Mass-Spring10 questions • 15 min
Unit D Small Quiz 2: Wave Properties & Wave Equation10 questions • 15 min
Unit D Small Quiz 3: Sound, Doppler & Interference10 questions • 15 min
Unit D Large Quiz: Oscillations & Wave Basics20 questions • 35 min
Unit D Test: Oscillations & Waves25 questions • 60 min
Unit D Lab: Simple Pendulum Investigation8 questions • 30 min
Physics 20 Final Test50 questions • 120 min
Frequently Asked Questions
Is this course free?
Yes! Physics 20 - Alberta is completely free. You just need to create an account to track your progress, take quizzes, and earn your certificate of completion.
How long does it take to complete Physics 20 - Alberta?
The course is designed to take approximately 125 hours to complete. It includes 57 lessons across 5 units. You can learn at your own pace - your progress is saved automatically.
What will I learn in this course?
Physics 20 - Alberta covers Background Math Skills, Kinematics, Dynamics, Circular Motion, Work, and Energy, Oscillatory Motion and Mechanical Waves. Each unit includes interactive simulations, virtual labs, lesson quizzes, and assessments to reinforce your understanding. This course is aligned with the Alberta SCN2220 curriculum standards.
Do I get a certificate when I complete the course?
Yes! Upon completing all lessons and passing the assessments with a score of 60% or higher, you'll receive a certificate of completion that you can download and share.
What are the interactive simulations?
Our simulations are hands-on virtual experiments where you can manipulate variables, observe outcomes, and learn through exploration. For example, you might adjust the angle of a projectile launcher and see how it affects trajectory, or change the mass in a pendulum system and observe how it affects the period. These simulations make abstract concepts concrete and memorable.
Can I use this course for school credit?
This course is aligned with the Alberta SCN2220 curriculum, making it an excellent supplementary resource for students taking Physics in school. While it's not an accredited course for official credit, many students use it alongside their school courses to reinforce concepts and prepare for exams.
What devices can I use to access the course?
You can access Physics 20 - Alberta on any device with a web browser - desktop computers, laptops, tablets, and smartphones. The simulations and lessons are optimized for all screen sizes. For the best experience with interactive simulations, we recommend using a larger screen.