Atomic Physics

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Atomic Physics - Completed Notes (pdf)
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Atomic Physics - Content Guide (pdf)
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Atomic Physics - Content Guide (editable)
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Atomic Physics - Content Guide - Complete (pdf)
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Atomic Physics - Content Guide - Complete (editable)
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1 - Radioactive Decay

• I can interpret isotope notation to determine the number of protons and neutrons
• I can describe why the nucleus of an atom stays together despite the electrostatic repulsion
• I can predict the products of alpha and beta decay
• I can describe the impact of ionizing radiation and the ionizing effect of different types of decay
• I can predict the penetration of the radiation byproducts of nuclear decay
• I can describe the deflection of the radiation byproducts moving through a magnetic or electric field
• I can predict the percentage of an isotope remaining after a given number of half-lives
• I can calculate the age of a sample when given the percentage of an isotope remaining

1 - Radioactive Decay (pdf)
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1 - Radioactive Decay - Complete (pdf)
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1 - Radioactive Decay (editable)
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2 - Energy & Mass Defects

• I can relate units of mass between kilograms (kg) and atomic mass units (u)
  
• I can use the mass/energy equivalence to mathematically relate mass and energy
  
• I can convert between Joules (J) and electron-volts (eV)
  
• I can describe how MeV c⁻² is a valid unit for mass
  
• I can define mass defect and explain how it is related to energy 
  
• I can calculate the mass defect of a nuclide
  
• I can calculate binding energy from mass defect
  
• I can interpret a chart showing binding energy per nucleon to locate stable nuclei
  

2 - Energy & Mass Defects (pdf)
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2 - Energy & Mass Defects - Complete (pdf)
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2 - Energy & Mass Defects (editable)
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3 - Atomic Spectra

• I can describe the concept of emission and absorption spectra and their role in identifying elements
  
• I can describe what it means for light to be quantized
  
• I can mathematically relate energy and frequency by Planck’s constant
  
• I can describe the process of electrons dropping energy levels and emitting photons
  
• I can calculate the energy and wavelength emitted from an electron as it transitions
  
• I can use the wavelength of light to determine the electron transition
  

3 - Atomic Spectra (pdf)
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3 - Atomic Spectra - Complete (pdf)
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3 - Atomic Spectra (editable)
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4 - Particles and the Standard Model

• I can identify the general categories of particles in the standard model
  
• I can classify particle categories into an organized family tree with examples of each
  
• I can describe how quarks can be combined to create whole number charges
  
• I can identify the quarks required to form protons and neutrons
  
• I can calculate the charge of a given baryon or meson
  
• I can describe the phenomenon of Quark Confinement
  
• I can analyze a reaction based on conservation of Baryon #, Lepton #, Charge, and Strangeness 
  
• I can describe forces in terms of exchange particles
  
• I can rank the fundamental forces based on strength
  
• I can describe the role of the Standard Model in the discovery of new particles
  

4 - Particles and the Standard Model (pdf)
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4 - Particles and the Standard Model - Complete (pdf)
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4 - Particles and the Standard Model (editable)
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5 - Feynman Diagrams and the Higgs

• I can describe key features of the Large Hadron Collider and its role in the Higgs Boson discovery
  
• I can follow the general rules for creating a Feynman Diagram
  
• I can describe a particle interaction using Feynman Diagram
  

5 - Feynman Diagrams and the Higgs (pdf)
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5 - Feynman Diagrams and the Higgs - Complete (pdf)
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5 - Feynman Diagrams and the Higgs (editable)
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