Course title

Pre-requisite

Course description

Physics B
Physics B starts from classical physics and journeys to particle physics and modern electronics. Topics include the nature of light; wave motion; sound flow; optics; and electromagnetic fields. Students are introduced to Maxwell’s field theory; which laid the foundation for Einstein and Planck to explore relativity and quantum mechanics. A full year of Physics constitutes a lab science
Suggested grade level: 11 & 12
Prerequisites: Biology A & B; Algebra 2A & 2B
Unit one:
Lesson 1: Sound
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 1 15 minutes
A5: Glossary 15 minutes
A6: Video 20 minutes
A7: Sound Waves 5 minutes
A8: Infrasonic vs Ultrasonic 5 minutes
A9: Pitch 5 minutes
A10: Speed of Sound 5 minutes
A11: Wave Propagation 5 minutes
A12: Doppler Effect 5 minutes
A13: Textbook 20 minutes
A14: Concept Map—Sound Waves 5 minutes
A15: Intensity Equation 5 minutes
A16: Human Thresholds 5 minutes
A17: Intensity & Decibels 5 minutes
A18: Resonance 5 minutes
A19: Human Hearing 5 minutes
A20: Textbook 25 minutes
A21: Sample Problem—Intensity 10 minutes
A22: Skills Challenge 15 minutes
A23: Checkpoint 01 10 minutes
A24: Unit 1 Project 20 minutes
A25: End of Lesson 5 minutes
Lesson Summary 0 minutes
4 hours

Lesson 2: Harmonics
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Glossary 10 minutes
A4: Video 10 minutes
A5: Harmonics 5 minutes
A6: Fundamental Frequency 5 minutes
A7: Harmonic Series 5 minutes
A8: Harmonic Series Equation 5 minutes
A9: Harmonic Equation--Pipe 5 minutes
A10: Harmonic Equation--Closed Pipe 5 minutes
A11: Timbre 5 minutes
A12: Beat 5 minutes
A13: Textbook 30 minutes
A14: Sample Problem-Harmonics 10 minutes
A15: Skills Challenge 15 minutes
A16: Checkpoint 02 10 minutes
A17: Unit 1 Project 5 minutes
A18: Smart Science Lab-Harmonics 30 minutes
A19: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 5 minutes

Lesson 3: Electromagnetism
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Unit 1 Project 20 minutes
A4: Case Study 5 minutes
A5: Case Study Discussion 1 20 minutes
A6: Glossary 10 minutes
A7: Wave Characteristics 5 minutes
A8: Electromagnetic Waves 5 minutes
A9: Electromagnetic Spectrum 5 minutes
A10: Brightness & Distance 5 minutes
A11: Textbook 20 minutes
A12: Sample Problem-Electromagnetic Waves 10 minutes
A13: Reflection 5 minutes
A14: Specular vs Diffuse 5 minutes
A15: Incident and Reflection Angles 5 minutes
A16: Real vs Virtual Images 5 minutes
A17: Textbook 15 minutes
A18: Skills Challenge 15 minutes
A19: Checkpoint 03 20 minutes
A20: End of Lesson
5 minutes
Lesson Summary 0 minutes
3 hours 20 minutes

Lesson 4: Optics
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Glossary 10 minutes
A4: Video 32 minutes
A5: Concave; Convex; & Plane 5 minutes
A6: Mirror Equation 5 minutes
A7: Focal Point 5 minutes
A8: Magnification Equation 5 minutes
A9: Magnification Conventions 5 minutes
A10: Drawing Reference Rays 5 minutes
A11: Concave Spherical Rays 5 minutes
A12: Convex Spherical Rays 5 minutes
A13: Mirror Conventions 5 minutes
A14: Reflecting Telescope 5 minutes
A15: Textbook 40 minutes
A16: Sample Problem-Concave Mirrors 10 minutes
A17: Sample Problem--Convex Mirrors 10 minutes
A18: Unit 1 Project 5 minutes
A19: Interactive Lab 15 minutes
A20: Skills Challenge 15 minutes
A21: Checkpoint 04 10 minutes
A22: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 42 minutes

Lesson 5: Color

A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 1 20 minutes
A5: Glossary 5 minutes
A6: Video 10 minutes
A7: Additive Color Mixing 5 minutes
A8: Pixel 5 minutes
A9: Subtractive Color Mixing 5 minutes
A10: Linearly Polarized Light 5 minutes
A11: Polarization through Transmission 5 minutes
A12: Polarization by Reflecting and Scattering 5 minutes
A13: Textbook 25 minutes
A14: Interactive Lab 10 minutes
A15: Interactive Lab 10 minutes
A16: Unit 1 Project Submission 5 minutes
A17: Skills Challenge 20 minutes
A18: Exam 1 40 minutes
A19: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 25 minutes

Unit One project; Sound and Light: https://courseplayer.avalearning.com/CourseFiles/4756/26615/132812/17053...

Unit two
Lesson 6: Refraction
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 2 20 minutes
A5: Glossary 5 minutes
A6: Video 15 minutes
A7: Refraction 5 minutes
A8: Wave Model 5 minutes
A9: Refraction Index Equation 5 minutes
A10: Refraction Conditions 5 minutes
A11: Direction of Bending 5 minutes
A12: Apparent Objects 5 minutes
A13: Refraction Index & Wavelength 5 minutes
A14: Snell's Law Equation 5 minutes
A15: Textbook 20 minutes
A16: Interactive Lab 20 minutes
A17: Sample Problem-Snell's Law 10 minutes
A18: Skills Challenge 15 minutes
A19: Checkpoint 06 20 minutes
A20: Unit 2 Project 20 minutes
A21: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 35 minutes

Lesson 7: Lenses
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Glossary 5 minutes
A4: Video 10 minutes
A5: Converging-Diverging Lenses 5 minutes
A6: Focal Length 5 minutes
A7: Focal Point 5 minutes
A8: Drawing Rays for Lenses 5 minutes
A9: Converging Lens Rays 5 minutes
A10: Diverging Lens Rays 5 minutes
A11: Simple Magnifier 5 minutes
A12: Thin-Lens Equation 5 minutes
A13: Magnification Equation 5 minutes
A14: Human Eye 5 minutes
A15: Hyperopia and Myopia 5 minutes
A16: Compound Light Microscope 5 minutes
A17: Textbook 35 minutes
A18: Sample Problem-Lenses 10 minutes
A19: Unit 2 Project 5 minutes
A20: Interactive Lab 20 minutes
A21: Skills Challenge 15 minutes
A22: Checkpoint 07 10 minutes
A23: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 15 minutes

Lesson 8: Reflection and Interference
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Unit 2 Project 20 minutes
A4: Case Study 5 minutes
A5: Case Study Discussion 2 15 minutes
A6: Glossary 15 minutes
A7: Video 5 minutes
A8: Total Internal Reflection 5 minutes
A9: Critical Angle Equation 5 minutes
A10: Dispersion of Light 5 minutes
A11: Rainbows 5 minutes
A12: Chromatic Aberration 5 minutes
A13: Textbook 20 minutes
A14: Sample Problem-Critical Angle 10 minutes
A15: Video 5 minutes
A16: Combining Light Waves 5 minutes
A17: Two-Slit Interference 5 minutes
A18: Constructive Equation 5 minutes
A19: Destructive Equation 5 minutes
A20: Textbook 20 minutes
A21: Sample Problem-Interference 10 minutes
A22: Skills Challenge 15 minutes
A23: Checkpoint 08 10 minutes
A24: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 40 minutes

Lesson 9: Diffraction; Etc
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Glossary 5 minutes
A4: Video 15 minutes
A5: Diffraction 5 minutes
A6: Maxima and minima 5 minutes
A7: Spectrometer 5 minutes
A8: Textbook 35 minutes
A9: Sample Problem--Diffraction Grating 10 minutes
A10: Skills Challenge 15 minutes
A11: Checkpoint 09 20 minutes
A12: Interactive Lab 20 minutes
A13: Unit 2 Project 5 minutes
A14: End of Lesson 5 minutes
Lesson Summary 0 minutes
2 hours 45 minutes

Lesson 10: Lasers
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 2 20 minutes
A5: Glossary 5 minutes
A6: Video 5 minutes
A7: Coherent vs Noncoherent 5 minutes
A8: Laser 5 minutes
A9: CD 5 minutes
A10: Digital vs Analog 5 minutes
A11: Signals and Codes 5 minutes
A12: Textbook 20 minutes
A13: Interactive Lab 10 minutes
A14: Skills Challenge 15 minutes
A15: Exam 2 40 minutes
A16: Unit 2 Project Submission 10 minutes
A17: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 10 minutes

Project two: https://courseplayer.avalearning.com/CourseFiles/4756/26616/132817/17054...

Unit three
Lesson 11: Electrostatics
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 3 20 minutes
A5: Glossary 10 minutes
A6: Video 20 minutes
A7: Electric Charge 5 minutes
A8: Parts of the Atom 5 minutes
A9: Millikan's Oil Drop 5 minutes
A10: Induction 5 minutes
A11: Polarization 5 minutes
A12: Textbook 25 minutes
A13: Unit 3 Project 20 minutes
A14: Interactive Lab 20 minutes
A15: Skills Challenge 20 minutes
A16: Checkpoint 11 20 minutes
A17: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 30 minutes

Lesson 12: Coulomb's Law
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Video 15 minutes
A4: Coulomb's Equation 5 minutes
A5: Superposition 5 minutes
A6: Textbook 25 minutes
A7: Sample Problem-Coulombs Law 10 minutes
A8: Sample Problem-Superposition 10 minutes
A9: Skills Challenge 15 minutes
A10: Checkpoint 12 20 minutes
A11: Unit 3 Project 30 minutes
A12: End of Lesson 5 minutes
Lesson Summary 0 minutes
2 hours 40 minutes

Lesson 13: Electric Fields
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 3 20 minutes
A5: Glossary 5 minutes
A6: Video 5 minutes
A7: Test Charges 5 minutes
A8: Field Strength Equation 5 minutes
A9: Calculating Field 5 minutes
A10: Rules for Lines 5 minutes
A11: Rules for Charges 5 minutes
A12: Conductors in Equilibrium 5 minutes
A13: Textbook 25 minutes
A14: Sample Problem-Equilibrium 10 minutes
A15: Sample Problem-Electric Field Strength 10 minutes
A16: Unit 3 Project 10 minutes
A17: Interactive Lab 20 minutes
A18: Skill Challenge 15 minutes
A19: Checkpoint 13 20 minutes
A20: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 20 minutes

Lesson 14: Electric Potential
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Glossary 10 minutes
A4: Video 10 minutes
A5: Electrical Potential Energy 5 minutes
A6: Potential Equation 5 minutes
A7: Equation for Potential 5 minutes
A8: Potential Difference 5 minutes
A9: Potential Difference Equation 5 minutes
A10: Potential in Uniform Field 5 minutes
A11: Point Infinity & Point Charge 5 minutes
A12: Superposition & Potential 5 minutes
A13: Battery 5 minutes
A14: Textbook 25 minutes
A15: Sample Problem-Potential Energy 10 minutes
A16: Sample Problem-Potential Difference 10 minutes
A17: Unit 3 Project 5 minutes
A18: Smart Science Lab-Brightness & Voltage 45 minutes
A19: Skills Challenge 15 minutes
A20: Checkpoint 14 10 minutes
A21: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 30 minutes

Lesson 15: Electricity
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Unit 3 Project Submission 20 minutes
A4: Case Study 5 minutes
A5: Case Study Discussion 3 20 minutes
A6: Glossary 5 minutes
A7: Video 5 minutes
A8: Capacitance 5 minutes
A9: Capacitance Equation 5 minutes
A10: Parallel Plate Capacitor 5 minutes
A11: Potential Energy Equation 5 minutes
A12: Textbook 20 minutes
A13: Sample Problem-Capacitance 10 minutes
A14: Interactive Lab 20 minutes
A15: Skills Challenge 15 minutes
A16: Exam 3 40 minutes
A17: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 25 minutes

Project three: https://courseplayer.avalearning.com/CourseFiles/17567/Phys%20B%20Unit%2...

Unit four:
Lesson 16: Resistance
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 4 20 minutes
A5: Glossary 10 minutes
A6: Video 10 minutes
A7: Electric Current Equation 5 minutes
A8: Conventional Current 5 minutes
A9: Strong vs Weak Electrolytes 5 minutes
A10: Drift Velocity 5 minutes
A11: Electric Circuit 5 minutes
A12: Ohm's Law 5 minutes
A13: Ohmic vs Non-ohmic 5 minutes
A14: Resistance Factors 5 minutes
A15: Textbook 30 minutes
A16: Sample Problem-Current & Charge 10 minutes
A17: Sample Problem-Resistance 10 minutes
A18: Skills Challenge 15 minutes
A19: Checkpoint 16 20 minutes
A20: Unit 4 Project 10 minutes
A21: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 25 minutes

Lesson 17: Electrical Current
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Glossary 5 minutes
A4: Video 10 minutes
A5: Electric Power 5 minutes
A6: DC vs AC 5 minutes
A7: Electric Power Equation 5 minutes
A8: KWH to Joules 5 minutes
A9: Minimizing Energy Loss 5 minutes
A10: Textbook 20 minutes
A11: Sample Problem-Electric Power 10 minutes
A12: Schematic Diagrams 5 minutes
A13: EMF 5 minutes
A14: Internal Resistance 5 minutes
A15: Textbook 20 minutes
A16: Skills Challenge 15 minutes
A17: Checkpoint 17 10 minutes
A18: Unit 4 Project 30 minutes
A19: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 5 minutes

Lesson 18: Electrical Circuits
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 4 15 minutes
A5: Glossary 5 minutes
A6: Video 20 minutes
A7: Current in Series 5 minutes
A8: Equation for Resistances 5 minutes
A9: Potential Difference in Series 5 minutes
A10: Parallel Circuit 5 minutes
A11: Resistors in Parallel 5 minutes
A12: Equation for Parallel Resistors 5 minutes
A13: Textbook 30 minutes
A14: Series vs Parallel 5 minutes
A15: Fuse 5 minutes
A16: Circuit Analysis 5 minutes
A17: Current & Potential Difference 10 minutes
A18: Textbook 20 minutes
A19: Sample Problem-Equivalent Resistance 10 minutes
A20: Unit 4 Project 10 minutes
A21: Skills Challenge 15 minutes
A22: Checkpoint 18 10 minutes
A23: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 40 minutes

Lesson 19: Magnetism
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Glossary 5 minutes
A4: Video 5 minutes
A5: Magnetic Poles 5 minutes
A6: Magnetic Domain 5 minutes
A7: Magnetic Field 5 minutes
A8: Bar Magnetic Field 5 minutes
A9: Magnetic Field Lines 5 minutes
A10: Representing Directions 5 minutes
A11: Earth's Magnetic Field 5 minutes
A12: True North 5 minutes
A13: Magnetic Declination 5 minutes
A14: Textbook 25 minutes
A15: Unit 4 Project 10 minutes
A16: Interactive Lab 20 minutes
A17: Skills Challenge 15 minutes
A18: Checkpoint 19 20 minutes
A19: End of Lesson 5 minutes
Lesson Summary 0 minutes
2 hours 50 minutes

Lesson 20: Electromagnetic Induction
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 10 minutes
A4: Case Study Discussion 4 15 minutes
A5: Glossary 5 minutes
A6: Video 20 minutes
A7: Electromagnetism 5 minutes
A8: Magnetic Field of Wire 5 minutes
A9: Magnetic Field of a Loop 5 minutes
A10: Magnetic Field of a Solenoid 5 minutes
A11: Textbook 10 minutes
A12: Magnetic Field Equation 5 minutes
A13: Force on a Charge 5 minutes
A14: Right-Hand Rule 5 minutes
A15: Force on a Current 5 minutes
A16: Equation for Force 5 minutes
A17: Path of a Charge 5 minutes
A18: Galvanometer 5 minutes
A19: Textbook 20 minutes
A20: Sample Problem-Particle in Field 10 minutes
A21: Sample Problem-Force 10 minutes
A22: Unit 4 Project Submission 20 minutes
A23: Skills Challenge 15 minutes
A24: Exam 4 25 minutes
A25: End of Lesson 5 minutes
Lesson Summary 0 minutes
4 hours

Project four:
https://courseplayer.avalearning.com/CourseFiles/4756/26618/132827/17056...

Unit five:
Lesson 21: Induced Current
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 5 15 minutes
A5: Glossary 10 minutes
A6: Video 20 minutes
A7: Ways of Inducing 5 minutes
A8: Lenz's Law 5 minutes
A9: Faraday's Equation 5 minutes
A10: Textbook 25 minutes
A11: Sample Problem--Induced emf 10 minutes
A12: Generator Function 5 minutes
A13: Equation for Maximum EMF 5 minutes
A14: DC vs AC 5 minutes
A15: AC vs DC Generators 5 minutes
A16: DC Motors 5 minutes
A17: Mutual Inductance 5 minutes
A18: RMS Current 5 minutes
A19: AC Notation 5 minutes
A20: Textbook 20 minutes
A21: Sample Problem--rms 10 minutes
A22: Skills Challenge 15 minutes
A23: Checkpoint 21 10 minutes
A24: Unit 5 Project 15 minutes
A25: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 55 minutes

Lesson 22: Energy Fields
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Glossary 10 minutes
A4: Video 10 minutes
A5: Transformer 1 5 minutes
A6: Transformer 2 5 minutes
A7: Equation for Transformer 5 minutes
A8: Textbook 25 minutes
A9: Sample Problem-Transformers 5 minutes
A10: Electromagnetic Waves 5 minutes
A11: Electromagnetic Spectrum 5 minutes
A12: Textbook 20 minutes
A13: Unit 5 Project 5 minutes
A14: Interactive Lab--Herschel Experiment 20 minutes
A15: Skills Challenge 15 minutes
A16: Checkpoint 22 10 minutes
A17: End of Lesson 5 minutes
Lesson Summary 0 minutes
2 hours 50 minutes

Lesson 23: Quantum Mechanics
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 5 15 minutes
A5: Glossary 10 minutes
A6: Video 5 minutes
A7: Ultraviolet Catastrophe 5 minutes
A8: Quantum Equation 5 minutes
A9: Quantization of Energy 5 minutes
A10: Energy of a Photon 5 minutes
A11: Photoelectric Effect 5 minutes
A12: Maximum Energy Equation 5 minutes
A13: Compton Shift 5 minutes
A14: Textbook 30 minutes
A15: Sample Problem-Quantum Energy 10 minutes
A16: Sample Problem-Photoelectric Effect 10 minutes
A17: Unit 5 Project 5 minutes
A18: Interactive Lab 20 minutes
A19: Skills Challenge 15 minutes
A20: Checkpoint 23 10 minutes
A21: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 15 minutes

Lesson 24: Atomic Models
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Glossary 5 minutes
A4: Video 5 minutes
A5: Models of the Atom 5 minutes
A6: Rutherford's Experiment 5 minutes
A7: Absorption and Emission Spectra 5 minutes
A8: Bohr Model 5 minutes
A9: Textbook 25 minutes
A10: Unit 5 Project 5 minutes
A11: Lab Warm-Up 5 minutes
A12: Smart Science Lab-Photoelectric Effect 45 minutes
A13: Skills Challenge 15 minutes
A14: Checkpoint 24 20 minutes
A15: End of Lesson 5 minutes
Lesson Summary 0 minutes
2 hours 50 minutes

Lesson 25: Wave-Particle Duality
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Unit 5 Project Submission 20 minutes
A4: Case Study 5 minutes
A5: Case Study Discussion 5 20 minutes
A6: Glossary 5 minutes
A7: Video 15 minutes
A8: Light's Dual Nature 5 minutes
A9: Matter Wavelength Equation 5 minutes
A10: Matter Wave Frequency Equation 5 minutes
A11: Nature of Electrons 5 minutes
A12: Uncertainty Principle 5 minutes
A13: Uncertainty Equation 5 minutes
A14: Textbook 30 minutes
A15: Sample Problem-de Broglie Waves 10 minutes
A16: Skills Challenge 15 minutes
A17: Exam 5 40 minutes
A18: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 35 minutes

Unit 5 project: https://courseplayer.avalearning.com/CourseFiles/4756/26619/132832/17057...

Unit six:
Lesson 26: The Nucleus of the Atom
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 6 20 minutes
A5: Glossary 10 minutes
A6: Video 15 minutes
A7: Mass Number 5 minutes
A8: Atomic Number 5 minutes
A9: Average Atomic Mass 5 minutes
A10: Nuclear Symbols 5 minutes
A11: Isotopes 5 minutes
A12: Isotopes & Nuclides 5 minutes
A13: Rest Energy Equation 5 minutes
A14: Strong Nuclear Force 5 minutes
A15: Stability & Ratios 5 minutes
A16: Nuclear Binding Energy 5 minutes
A17: Binding Equation 5 minutes
A18: Textbook 20 minutes
A19: Sample Problem-Binding Energy 10 minutes
A20: Unit 6 Project 15 minutes
A21: Skills Challenge 15 minutes
A22: Checkpoint 26 20 minutes
A23: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 30 minutes

Lesson 27: Radioactive Decay
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Glossary 5 minutes
A4: Video 5 minutes
A5: Alpha; Beta; Gamma 5 minutes
A6: Decay Rules 5 minutes
A7: Nuclear Reaction 5 minutes
A8: Alpha vs Beta vs Gamma 5 minutes
A9: Positron Emission 5 minutes
A10: Parent vs Daughter 5 minutes
A11: Decay Series 5 minutes
A12: Decay Analysis 5 minutes
A13: Common Half-lives 5 minutes
A14: Half-Life 5 minutes
A15: Half-Life Equation 5 minutes
A16: Half-Life 2 5 minutes
A17: Textbook 30 minutes
A18: Sample Problem-Nuclear Decay 10 minutes
A19: Unit 6 Project 10 minutes
A20: Interactive Lab 10 minutes
A21: Skills Challenge 15 minutes
A22: Checkpoint 27 10 minutes
A23: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours

Lesson 28: Fusion and Fission
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Case Study 5 minutes
A4: Case Study Discussion 6 20 minutes
A5: Video 5 minutes
A6: Interactive Lab 20 minutes
A7: Nuclear Fission 5 minutes
A8: Nuclear Chain Reaction 5 minutes
A9: Critical Mass 5 minutes
A10: Nuclear Fusion 5 minutes
A11: Fusion vs Fission 5 minutes
A12: Reactor Parts 5 minutes
A13: Textbook 20 minutes
A14: Fusion Mechanism 15 minutes
A15: Unit 6 Project 15 minutes
A16: Skills Challenge 20 minutes
A17: Checkpoint 28 20 minutes
A18: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 15 minutes

Lesson 29: New Vocabulary
A1: Lecture 15 minutes
A2: Overview 5 minutes
A3: Video 28 minutes
A4: Fundamental Interactions 5 minutes
A5: Forces in Atoms 5 minutes
A6: Quarks 5 minutes
A7: Standard Model 5 minutes
A8: Textbook 20 minutes
A9: Unit 6 Project 20 minutes
A10: Skills Challenge 15 minutes
A11: Checkpoint 29 10 minutes
A12: Vocabulary Exam 45 minutes
A13: End of Lesson 5 minutes
Lesson Summary 0 minutes
3 hours 3 minutes

Lesson 30: Finally!
A1: Lecture 10 minutes
A2: Video 5 minutes
A3: Overview 5 minutes
A4: Final Exam 2 hours20 minutes
A5: Case Study 5 minutes
A6: Case Study Discussion 6 20 minutes
A7: Unit 6 Project Submission 20 minutes
A8: End of Course 5 minutes
Lesson Summary 0 minutes
3 hours 30 minutes

Project six: https://courseplayer.avalearning.com/CourseFiles/4756/26620/132837/17058...

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• LPHY
• Physics

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