Public learning track
Cell Theory, Microscopy, and Membrane Transport
6th Grade · Science · Open Global Science
11 lessons
Goal
Explain cell theory, identify organelles under a microscope, and model passive and active transport across cell membranes.
Featured Diagrams
History and Tenets of Cell Theory
11 lessons
0 of 11 done
- 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
Curriculum Framework
6th Grade · Science · Open Global Science
1
11 lessons
Cell Theory, Microscopy, and Membrane Transport
Explain cell theory, identify organelles under a microscope, and model passive and active transport across cell membranes.
2
9 lessons
Hierarchical Organization and Human Body Systems
Analyze how cells, tissues, organs, and organ systems work together to sustain life in animals and humans.
3
9 lessons
Human Growth, Puberty, and Health Science
Evaluate physical maturation, endocrine regulation, disease prevention, and the physiological effects of lifestyle decisions.
4
9 lessons
Plant Anatomy, Physiology, and Life Cycles
Investigate plant structures, vascular transport, photosynthesis, transpiration, and compare plant and animal life cycles.
5
9 lessons
Cellular Division, Reproduction, and Genetics
Compare modes of reproduction and cell division, and apply Mendelian principles to predict inheritance patterns.
6
9 lessons
Evolutionary Theories, Natural Selection, and Adaptations
Compare evolutionary mechanisms, explain how natural selection acts on genetic variation, and examine reasons for extinction.
7
11 lessons
Ecosystems, Biogeochemical Cycles, and Conservation
Model ecological energy transfer, biogeochemical cycling, food web interactions, and the critical importance of conservation units.