Physics

Physics

1. Motion and Stability: Forces and Interactions

   • Topics
     • Forces
       • Newton's Laws
       • Electricity
       • Centripetal
       • Gravity
       • Magnetism
       • Friction
       • Applied
       • Spring
     • Kinematics
       • Acceleration
       • Velocity
   • Projects
     • Apply scientific and engineering ideas to design, evaluate, and refine a device
     • Analyze data
     • Use mathematical representations
     • Plan and conduct an investigation

2. Energy

   • Projects
     • Create a computational model
     • Design, build, and refine a device
     • Plan and conduct an investigation
     • Develop and use models to illustrate concepts
   • Topics
     • Conservation of Energy
     • Thermodynamics
     • Momentum
     • Work
     • Energy Transfer
     • Electricity & Magnetism

3. Waves and their Applications in Technologies for Information Transfer

   • Projects
     • Use mathematical representations
     • Evaluate questions
     • Communicate technical information
     • Evaluate the validity and reliability of claims, evidence, and reasoning
   • Topics
     • Waves
     • Electromagnetic Spectrum
     • Digital versus Analog storage of information
     • Wave-Particle Duality

4. Matter and its Interactions

   • Topics
     • Thermodynamics
     • Nuclear Reactions
     • Energy
   • Projects
     • Use mathematical representations
     • Develop models to illustrate concepts

5. Engineering Design

   • Projects
     • Citizen Science
     • 20% Time
   • Connection
     • Course Content
     • Community
     • Art
     • Real world
   • Outcomes
     • Solution-based
     • Leadership Skills
     • Critical Thinking
     • Problem solving

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