Crash Course Chemistry #32-#46 Video Lesson Set | Kinetics, Nuclear & Organic Chemistry

Crash Course Chemistry #32-#46 Video Lesson Set | Kinetics, Nuclear & Organic ChemistryMake later chemistry topics easier to teach with a no prep 15 episode YouTube video lesson set focused on kinetics, solids, carbon, silicon, electrochemistry, atomic history, nuclear chemistry, hydrocarbons, organic chemistry, nomenclature, polymers, and the global carbon cycle. This set helps students connect chemistry to materials, energy, nuclear processes, organic compounds, and Earth systems. Students move from reaction rates and solid structures

Make later chemistry topics easier to teach with a no-prep 15-episode YouTube video lesson set focused on kinetics, solids, carbon, silicon, electrochemistry, atomic history, nuclear chemistry, hydrocarbons, organic chemistry, nomenclature, polymers, and the global carbon cycle.

This set helps students connect chemistry to materials, energy, nuclear processes, organic compounds, and Earth systems. Students move from reaction rates and solid structures into electrochemistry, nuclear chemistry, hydrocarbons, functional groups, polymer chemistry, and the carbon cycle. Each lesson gives students a structured way to follow the video, explain key ideas, use chemistry vocabulary, and show understanding through written responses or a multiple-choice quiz.

Use this video guide set for Grades 8-12 chemistry, physical science, NGSS review, science literacy, sub plans, flipped lessons, unit review, or flexible chemistry enrichment.

Try the free sample first: #1 The Nucleus | Crash Course Chemistry YouTube Video Lesson.

Need the previous set? Pair this with Crash Course Chemistry #17-#31: Thermochemistry, Bonding, Equilibrium & pH.

Coming soon: Save with the complete Crash Course Chemistry video lesson bundle, or browse the full Crash Course Chemistry video lesson collection.

Classroom Use at a Glance

• Best for: Grades 8-12 chemistry, physical science, kinetics, materials chemistry, nuclear chemistry, organic chemistry, polymers, carbon cycle, NGSS review, sub plans, flipped lessons, and guided video lessons
• Use cases: kinetics, solids, carbon structures, silicon, electrochemistry, atomic history, nuclear chemistry, hydrocarbons, alkenes, alkynes, aromatics, cyclic compounds, hydrocarbon derivatives, nomenclature, polymers, global carbon cycle, review, remediation, absent-student makeup work, or sub plans
• Key themes: reaction rates, solids, network solids, carbon, silicon, electrochemistry, atomic theory, nuclear chemistry, fusion, fission, hydrocarbons, organic chemistry, nomenclature, polymers, and the carbon cycle
• Differentiation: students can complete the written video guides or use the 10-question multiple-choice quizzes as alternate assessments
• Time needed: video runtime plus about 20-45 minutes per episode for discussion, written responses, and assessment

Episodes Included

• #32 Kinetics
• #33 Doing Solids
• #34 Network Solids and Carbon
• #35 Silicon - The Internet’s Favorite Element
• #36 Electrochemistry
• #37 The History of Atomic Chemistry
• #38 Nuclear Chemistry
• #39 Nuclear Chemistry Part 2 - Fusion and Fission
• #40 Hydrocarbon Power!
• #41 Alkenes & Alkynes
• #42 Aromatics & Cyclic Compounds
• #43 Hydrocarbon Derivatives
• #44 Nomenclature
• #45 Polymers
• #46 The Global Carbon Cycle

NGSS Standards Supported

• HS-PS1-1: atomic structure and the development of atomic models
• HS-PS1-2: chemical reaction patterns and reaction outcomes
• HS-PS1-3: structure-property relationships in solids, carbon, silicon, cyclic compounds, and polymers
• HS-PS1-5: factors that affect reaction rates and kinetics
• HS-PS1-7: conservation of atoms and charge in electrochemistry support
• HS-PS1-8: nuclear processes, fusion, fission, and changes in nuclear binding energy
• HS-ESS2-6: carbon cycling through Earth systems
• HS-LS2-5: photosynthesis, respiration, and carbon cycling through ecosystems
• NGSS Science and Engineering Practices: developing and using models; using mathematics and computational thinking; obtaining, evaluating, and communicating information

What’s Included

• 15 guided video lessons for Crash Course Chemistry episodes #32-#46
• Student worksheets with rigorous short-answer questions
• End-of-video reflection and challenge questions
• 10-question multiple-choice quiz for each episode
• Teacher guide and lesson plan for each episode
• Worksheet and quiz answer keys
• NGSS and CCSS science literacy alignment
• Printable worksheet options, Google Slides/PPTX options, Google Forms quiz options, and Google Classroom link PDFs

Flexible Lesson Pacing

• 20-Minute Quick Clip: tight schedules, bell-ringers, early finisher blocks, short review blocks, or sub plans
• 30-Minute Flexible Mini-Lesson: full short-answer guide while keeping the lesson compact
• 45-Minute Full Mini-Lesson: guided discussion, vocabulary support, problem-solving support, and in-class writing time

Skills Addressed

• Use chemistry vocabulary in context
• Explain reaction rate and kinetics concepts
• Connect structure and bonding to properties of materials
• Interpret solids, carbon networks, silicon, and polymers
• Explain electrochemistry and electron transfer support
• Describe nuclear chemistry, fusion, and fission
• Identify organic chemistry patterns and functional groups
• Use nomenclature and classification to communicate chemical ideas
• Connect chemistry to the global carbon cycle
• Support answers with evidence from the video

Videos are not included. This product provides classroom-ready materials to use with the Crash Course Chemistry YouTube videos.