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6th Grade · Science · Open Global Science
Atmosphere, Ocean Circulation, and Global Climate Systems
Track 1 of 7 · 8 lessons
8 lessons
Analyze atmospheric layers, global air and ocean circulation cells, the greenhouse effect, and evaluate human-driven climate change and mitigations.
Featured Diagrams
- 1Atmospheric Layers and Gas CompositionUp nextStart
- 2The Stratospheric Ozone Layer and UV ProtectionPremiumNot started yet
- 3Building a Model of Global Atmospheric CirculationNot started yet
- 4Ocean Gyres and Thermohaline Conveyor CirculationNot started yet
- 5The Natural Greenhouse Effect and Energy BudgetsNot started yet
- 6Anthropogenic Greenhouse Emissions and Global WarmingNot started yet
- 7Climate Change Impacts on Oceans, Weather, and Ice SheetsNot started yet
- 8Global Climate Mitigation and Renewable Energy SolutionsNot started yet
Atoms, Molecules, and the Periodic Table
Track 2 of 7 · 9 lessons
9 lessons
Explain atomic structure, distinguish elements from compounds, and use the organization of the periodic table to predict element properties.
Featured Diagrams
- 1Subatomic Particles: Protons, Neutrons, and ElectronsUp nextStart
- 2Atomic Number, Mass Number, and Atomic IdentityPremiumNot started yet
- 3Elements, Chemical Symbols, and Diatomic MoleculesNot started yet
- 4Compounds, Chemical Formulas, and Molecular ModelsNot started yet
- 5Using the Periodic Table to Identify Atoms in a FormulaNot started yet
- 6History of the Periodic Table and MendeleevNot started yet
- 7Periods, Groups, and Patterns in the Periodic TableNot started yet
- 8Metals, Nonmetals, and MetalloidsNot started yet
- 9Noble Gases and Chemical StabilityNot started yet
Biotechnology, Societal Impacts, and Sustainability
Track 3 of 7 · 5 lessons
5 lessons
Investigate how innovations in synthetic materials, medical tools, and biotechnology impact society, and design sustainable conservation solutions.
Featured Diagrams
- 1Synthetic Materials and Technological Innovations in SocietyUp nextStart
- 2Medical Tools and Biomedical AdvancementsPremiumNot started yet
- 3Extremophile Microorganisms and Biotechnological ApplicationsNot started yet
- 4Evaluating Environmental Impacts of Technological SolutionsNot started yet
- 5Environmental Conservation and Sustainable Resource ManagementNot started yet
Cell Theory, Microscopy, and Membrane Transport
Track 4 of 7 · 11 lessons
11 lessons
Explain cell theory, identify organelles under a microscope, and model passive and active transport across cell membranes.
Featured Diagrams
- 1History and Tenets of Cell TheoryUp nextStart
- 2Microscope Parts and Slide Preparation TechniquesPremiumNot started yet
- 3Comparing Prokaryotic and Eukaryotic CellsNot started yet
- 4Plant Cell Structures and FunctionsNot started yet
- 5Animal Cell Organelles and FunctionsNot started yet
- 6Observing Microorganisms Under the MicroscopeNot started yet
- 7Diffusion and Concentration GradientsNot started yet
- 8Understanding Osmosis: Movement of Water Across MembranesNot started yet
- 9Diffusion vs. Osmosis: Comparing Cell TransportNot started yet
- 10Investigating Osmosis in Living Plant TissueNot started yet
- 11Facilitated Diffusion and Active Transport BasicsNot started yet
Cellular Division, Reproduction, and Genetics
Track 5 of 7 · 9 lessons
9 lessons
Compare modes of reproduction and cell division, and apply Mendelian principles to predict inheritance patterns.
Featured Diagrams
- 1Asexual vs. Sexual Reproduction ModesUp nextStart
- 2Mitosis and the Cell Cycle for Growth and Tissue RepairPremiumNot started yet
- 3Meiosis and Gametogenesis: Producing Haploid CellsNot started yet
- 4Comparing Mitosis and MeiosisNot started yet
- 5DNA, Genes, Alleles, and ChromosomesNot started yet
- 6Mendel's Experiments and the Law of SegregationNot started yet
- 7Dominant and Recessive Alleles: Genotype vs. PhenotypeNot started yet
- 8Monohybrid Crosses and Punnett SquaresNot started yet
- 9Pedigree Analysis and Family Trait PatternsNot started yet
Chemical Reactions and Mass Conservation
Track 6 of 7 · 9 lessons
9 lessons
Differentiate physical changes from chemical reactions, identify signs of reactions, and demonstrate the law of conservation of mass.
Featured Diagrams
- 1Physical Changes vs. Chemical ChangesUp nextStart
- 2Signs of a Chemical ReactionPremiumNot started yet
- 3Combustion Reactions and FuelsNot started yet
- 4Corrosion and Rusting of MetalsNot started yet
- 5Acid-Metal Reactions and Hydrogen GasNot started yet
- 6Reactions That Release Heat EnergyNot started yet
- 7Reactions That Absorb Heat EnergyNot started yet
- 8Using Particle Models to Explain Conservation of MassNot started yet
- 9Measuring Mass in Open and Closed Reaction SystemsNot started yet
Controlled Investigations, Variable Management, and Lab Safety
Track 7 of 7 · 5 lessons
5 lessons
Plan and execute fair, repeatable experiments by controlling variables, following rigorous safety protocols, and upholding field ethics.
Featured Diagrams
- 1Identifying Variables: Independent, Dependent, and ControlledUp nextStart
- 2Designing Fair Tests and Isolation of VariablesPremiumNot started yet
- 3Developing Repeatable Step-by-Step Procedures and TrialsNot started yet
- 4Developing Comprehensive Laboratory Safety and Waste ProtocolsNot started yet
- 5Field Investigation Safety and Ethical ConsiderationsNot started yet