PARTICLE PHYSICS FOR HIGH SCHOOL TEACHERS
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LESSON PLANS - The following outline gives a typical high school Physics structure. Included are materials and references where Particle Physics can be inserted. Modifications and additions are encouraged. The goal is to allow minimal planning to begin integration within your program.
Mathematical tools
A Sense of Scale - video produced by Fermilab This video requires RealPlayer
Scientific Method, Scientific Notation and Significant Numbers
Powers of Ten - Video that shows dimensions from the edge of the universe down to a Quark
Detector - A Simple Activity to connect inquiry learning with Particle Detector concepts
What Is a Particle - Short video introduction to the Standard Model
The Particle Adventure - A great Introduction to Particle Physics. 2 Sections 1) What Is Fundamental? 2) What Is Matter Made Of?
Activity One - Fundamentally Speaking - Possible Bonus Activity
Describing and Measuring Motion
Vectors and Vector Addition
Forces and Newton's Three Laws of Motion
The Particle Adventure - 3rd Section What Holds It Together
Two-Dimensional Motion
Momentum and Conservation of Momentum
Energy, Work and Simple Machines
Detectors - Short presentation of hoe detectors determine momentum and energy- Good lead in to detector section of Particle Adventure
Particle Adventure - Section on Detectors
Calculating the Mass of the Top Quark - Have students use the Student Online Homepage -Possible Bonus Activity
Thermal Energy
States of Matter and Changes of States
Wave Properties and Transfer of Energy
Sound and Wave Propagation
Cherenkov Light - Comparison of shock waves in air and water with Cherenkov light
Light Properties – Refraction & Reflection
Luminosity - Relates focusing of light and area of coverage to luminosity in a collider accelerator
Mirrors and Lenses
Diffraction and Interference
Static Electricity
Electric Field
Particle Accelerator RF cavity - Uses changing of electric fields to accelerate a particle
Current Electricity
Superconductivity - Short Video explaining use of Superconductivity in Particle Physics
Series and Parallel Circuits
Magnetic Fields
Electromagnetic Induction
Electromagnetism
Quantum Theory
Atoms
Solid State Electronics
Nucleus and Nuclear Applications
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