Semester 1 Introduction and Fluids
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1 AP Physics 2 (Two Semesters) Wisconsin Digital Learning Collaborative 2015 The goal of this algebra based course is to present concepts and provide lab experience which will allow students to explore Fluid Mechanics, Thermal Physics. Electricity, Magnetism, Optics and Atomic and Nuclear Physics. A general overview of AP Physics 2 is also available from College Board: physics 2 While many of the labs in the course use household items, Physics lab equipment, data collection probes and software (such as motion detectors, accelerometers, simple circuit equipment, etc.) are also needed and must be supplied by the district. Please see the complete materials list at: lqnkk2fo/edit#gid=0 Prerequisite: AP Physics I Textbook (required): Cutnell, John D. and Kenneth W Johnson. Physics, 7th ed. Hoboken, NJ, John Wiley & Sons, Semester 1 Introduction and Fluids (Fluids) 1. How does an object's density relate to its mass and volume? 2. How do you suck liquids up through a straw? 3. How does a hydraulic car lift allow a person to lift a massive car with only a small input force? 4. Why do some objects float in water while others sink? 5. Why does the water from a hose speed up when you cover part of the end of the hose? Review Reading Assignment and Homework Measurement and Propagation of Uncertainty Lab Coke versus Diet Coke Discussion Drinking through a Straw Discussion Density and Buoyancy Simulation Lab Pressure and Pascal's Principle Quiz Pressure and Flow Rate Lab Buoyancy and Bernoulli's Principle Quiz Fluids: Archimedes Principle Lab
2 Fluids Homework Fluids Test Thermodynamics 1. How are the pressure, volume, and temperature of an ideal gas related? 2. How is thermal energy transferred? 3. How do the First and Second Laws of Thermodynamics relate to the Law of Conservation of Energy? Leidenfrost Effect and Heat Transfer Discussion Relationship Between Pressure and Volume Lab Gas Properties: PhET Simulation Lab First Law of Thermodynamics Virtual Lab Thermodynamics Quiz Heat Death of the Universe Discussion Thermodynamics Homework Thermodynamics Test Electrostatics 1. Why do objects have an electric charge? 2. How do objects become electrically charged? 3. How do we model the interactions between charged objects? 4. What causes electric fields? 5. What is electric potential? 6. What are equipotential lines and how do they help to understand the electric field? 7. How is electric charge stored? Balloon and Water Discussion Electric Charge and Coulomb s Law Quiz Van de Graaff Generator Discussion Electric Potential and Electric Field Simulation Lab Investigating Equipotential Lines and Electric Fields Lab Electric Potential and Capacitors Quiz Electrostatics Homework Electrostatics Test Electric Circuits
3 1. How does the physical structure of a conductor impact its ability to conduct electricity? 2. How do emf sources, resistors, and capacitors affect the current in a circuit? 3. How does Kirchhoff's Loop Rule describe conservation of energy in circuits? 4. How does Kirchhoff's Junction Rule describe conservation of electric charge in circuits? Series Versus Parallel Circuits Discussion Circuits and Kirchhoff's Rules Virtual Lab Understanding Ohm s Law Lab Resistors in Series and Parallel Lab Ohm's Law and Circuits Quiz RC Circuits Discussion RC Circuit Virtual Lab Capacitance Quiz Electric Circuits Homework Magnetism 1. How does a magnet's permeability affect its ability to maintain its magnetic properties? 2. How does a coil's magnetic dipole moment affect the torque on the coil when the coil is in an external magnetic field? 3. How do magnetic domains affect the magnetism of an object? 4. How does a moving electric charge interact with an external magnetic field? Magnetism and Electromagnets Lab Creating a Cup Speaker or Simple Electric Motor Hands on lab Investigating Magnetic Fields Magnets and CRT Monitors Discussion DC Motor Assignment Magnetism Quiz Magnetism Homework Magnetism Test Semester 1 Exam Semester 2 Electromagnetic Induction
4 1. How do electrical power plants produce electricity? 2. How is the working of an electrical generator related to the working of an electric motor? Audio Wiring Discussion Electromagnetic Induction Quiz Faraday s Law Lab Generator Lab Electromagnetic Induction Homework Electromagnetic Waves and the Wave Nature of Light 1. What characteristics of light support the idea that light behaves as a wave? 2. How do electromagnetic waves transmit energy as opposed to mechanical waves? 3. How does the electromagnetic spectrum organize electromagnetic waves? 4. How can principle of superposition be used to analyze the interaction of waves? 5. How do waves react to being passed through narrow slits? Uses of Light Discussion Diffraction Simulation Lab Double Slit Interference EM Waves and Diffraction Quiz Analyzing Emission Spectra Lab Electromagnetic Waves and the Wave Nature of Light Homework Electromagnetic Waves and the Wave Nature of Light Test Geometric Optics 1. What three things can happen when light strikes the boundary between two media? 2. What is the difference between a real and virtual image? 3. What is the law of reflection? 4. What is Snell's Law?
5 Drawing Mirror Ray Diagrams Assignment Spherical Mirrors Simulation Lab Mirrors Quiz Refraction Virtual Lab Refraction Discussion Using Snell s Law Lab Drawing Lens Ray Diagrams Assignment Thin Lens Simulation Lab Geometric Optics and Magnifying Lenses Virtual Lab Understanding Geometric Optics Lab Focal Length of a Lens Lab Refraction and Thin Lenses Quiz Geometric Optics Homework Geometric Optics Test Modern Physics: Special Theory of Relativity 1. What are the basic tenets of the theory of special relativity? 2. What is the relationship between mass and energy? 3. What is the evidence for the particle nature of light? 4. What is the photoelectric effect? 5. What is the evidence for the wave nature of matter? Special Relativity Presentation Quantum Mechanics Video Assignment Photoelectric Effect Simulation Lab Photon Momentum Discussion Special Relativity and Quantum Mechanics Quiz Modern Physics: Nuclear Physics and Elementary Particles 1. What is radioactive decay? 2. How does the structure of the nucleus determine if it is stable? 3. What is the difference between large stable nuclei and large unstable nuclei? 4. What are the byproducts of radioactive decay? 5. How does the half life of a substance describe its radioactive decay? 6. How do the processes of nuclear fission and fusion change the properties of an atom?
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