Each of the following lectures will bring you to a webpage with the video, practice problems, additional resources, and the video transcript.
Lecture One: About Science
Learn all about what science is and can do, the scientific method, scientific terminology, how math relates to physics, and related physics concepts.
Lecture Two: Newton’s First Law
Learn all about inertia, mass, force, Newton’s first law, and related physics concepts. This lecture also contains a tutorial on vectors.
Lecture Three: Linear Motion
Learn all about path, displacement, speed, velocity, acceleration, free-fall, and related physics concepts.
Lecture Four: Newton’s Second Law
Learn all about different types of forces; the relationship between force, mass and acceleration; and the difference between mass and weight.
Lecture Five: Newton’s Third Law
Learn all about Newton’s third law, and how action-reaction pairs allow us to do everything from walk to launch rockets.
Lecture Seven: Work & Energy
Learn all about work, energy, power, simple machines, and related physics concepts.
Lecture Nine: Gravity
Learn all about Newton’s law of universal gravitation, acceleration, gravitational fields, where weight comes from, and related physics concepts.
Lecture Ten: Projectile & Satellite Motion
Learn all about the motion of projectiles such as rockets, missiles, planets, stars, and other celestial bodies.
Lecture Eleven: The Atomic Nature of Matter
Learn all about what matter is made of: atoms! This video talks about atomism, atomic theories, the periodic table, and more!
Lecture Twelve: Solids
Learn all about the properties of solids: density, elasticity, scaling, forces, and more.
Lecture Thirteen: Liquids
Learn all about the properties of liquids: pressure, buoyancy, flotation, surface tension, and more.
Lecture Fourteen: Gases
Learn all about the properties of gases and our atmosphere, including how we can achieve flight.
Lecture Fifteen: Temperature & Heat
Learn all about temperature, heat, and related physics concepts.
Lecture Sixteen: Heat Transfer
Learn all about conduction, convection, electromagnetic radiation, and related physics concepts.
Lecture Seventeen: Phase Change
Learn all about how different substances change their phase: solid to liquid, liquid to gas, gas to plasma, and more!
Lecture Eighteen: Thermodynamics
Learn about the first and second laws of thermodynamics, heat engines, and more!
Lecture Nineteen: Vibrations & Waves
Learn all about waves and wave properties, which will unlock the concepts of sound, light, and more!
Lecture Twenty: Sound
Learn all about sound waves: the speed of sound, echos, beats, resonance, and more!
Lecture Twenty-One: Musical Sounds
What differentiates music from noise? Why do a piano and clarinet sound different when playing the same note? Learn the answers to these questions, and more!
Lecture Twenty-Two: Electrostatics
Learn all about the properties of charged particles: electrostatics!
Lecture Twenty-Three: Electric Circuits
Learn all about the fundamentals of electric circuits: voltage, current, resistance, and more!
Lecture Twenty-Five: Electromagnetic Induction
Learn all about how voltage is created from magnetism, and how this plays a role in how power plants transmit power to our homes!
Lecture Twenty-Six: Light
The electromagnetic spectrum impacts our lives in so many ways! Learn about visible light, IR, UV, microwaves, radio waves, and more!
Lecture Twenty-Eight: Reflection & Refraction
Learn all about reflection and refraction, and how mirrors and lenses work!
Lecture Twenty-Nine: Light Waves
Learn all about properties of light such as interference, diffraction, polarization, and more!
Lecture Thirty: Light Emission
Learn all about incandescence, fluorescence, phosphorescence, and light sources such as LEDs, lasers, and more!
Lecture Thirty-One: Light Quanta
Learn all about the quantum nature of light. Light: it’s a wave, it’s a particle, it’s more than meets the eye!
Lecture Thirty-Two: Quantum Physics
Learn all about what happens to physics when things become so small that we can’t see them.
Lecture Thirty-Three: Nuclear Physics & Radioactivity
Learn all about what happens when atomic nuclei become unstable.
