Vector Addition and Subtraction: Analytical Methods.Vector Addition and Subtraction: Graphical Methods.Kinematics in Two Dimensions: an Introduction.Basic Description of Gel Electrophoresis.Lenses Specifically as Applied to the Human Eye.Terminology of Images and Optical Elements.However, the essence of the argument depending on energy conservation is correct and so is the result.ġ4. Producing Images with Geometric Optics Digging More into Wave-Particle Duality and RefractionA note to more advanced readers - the following derivation of why the wavelength changes and not the frequency is not 100% correct, there are more complex effects at play due to Einstein's Theories of Relativity.Law of Reflection in Terms of the Particle Picture of Light.Derived from 36.5 Vision by OpenStax Biology Boxes and Electrons in Atoms: The Essential Questions.Thinking about Atomic Transitions from a Physics Perspective.Review of Connecting Conservation of Energy to the Wave and Particle Natures of Light in the Context of the Hydrogen Atom from ChemistryPaul Flowers et al.Photon Energies and the Electromagnetic SpectrumĨ. Review from Chemistry of Application of Conservation of Energy to Photons and Atoms.Photon Momentum – Relationship to Energy.Photon Momentum – Relationship to Wavelength.The Main Parts of the Electromagnetic Spectrum.The Connection Between Kinetic Energy and Momentum.The Potential Energy of Electrons in Atoms and Molecules.A Video Reviewing Problem Solving with Conservation of Energyĥ. Some Energy-Related Ideas that Might be New or are Particularly Important.Relevant parts from Physics 131: Forces, Energy, Entropy:.Momentum and Newton’s 2nd Law (Optional).Linear Momentum and Force (Review from Physics 131).
Conservation of Mass is a lie! Conservation of Energy and Conservation of Charge are true! How this is connected to antimatter.Interdisciplinary questions we want to answer in this unit.The big questions: What is an electron? What is light?īiology, Chemistry, Physics, and Mathematicsįor other instructors who may wish to use this bookġ. Unit I - Introduction and Context for the Unit.Welcome to Physics 132 - Introduction to the Course
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