| Life Sciences |
| Cell theory: structure and function of cells |
| Plant systems: transport, reproduction, responses |
| Animal systems: comparative anatomy and physiology |
| Classification: detailed taxonomic hierarchy |
| Interdependence in ecosystems: energy flow, matter cycling |
| Human body: integumentary, muscular, skeletal systems |
| Reproduction and heredity: asexual vs. sexual reproduction |
| Microorganisms: bacteria, viruses, fungi, protists |
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| Physical Sciences |
| Atomic structure: protons, neutrons, electrons |
| Elements, compounds, and mixtures |
| Periodic table: introduction to organization |
| Physical and chemical changes: detailed characteristics |
| Energy: forms, transformations, conservation |
| Forces and motion: Newton's laws introduction |
| Simple machines: mechanical advantage calculations |
| Electricity: voltage, current, resistance, series and parallel circuits |
| Light: wave properties, electromagnetic spectrum introduction |
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| Earth and Space Sciences |
| Earth's structure: detailed layers and composition |
| Plate tectonics: theory, evidence, boundaries |
| Minerals and rocks: identification, properties, classification |
| Weathering, erosion, and deposition |
| Water cycle: detailed processes and human impacts |
| Weather and climate: factors, forecasting, extreme events |
| Space exploration: history, technology, discoveries |
| Astronomy: stars, galaxies, universe |
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| Scientific Inquiry Skills |
| Scientific method: detailed understanding |
| Experimental design: controlling variables |
| Data collection techniques |
| Statistical analysis: mean, median, mode, range |
| Graphical representation: various types of graphs |
| Scientific modeling: limitations and uses |
| Scientific communication: lab reports, presentations |
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| Environmental Awareness |
| Ecosystem dynamics: stability and change |
| Biodiversity: importance and threats |
| Resource management: water, land, energy |
| Pollution: types, effects, prevention |
| Climate change: detailed science and global impacts |
| Sustainable practices: individual and societal levels |
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| Technology and Applications |
| Engineering design cycle: detailed process |
| Material science: properties for specific uses |
| Energy technology: generation, transmission, storage |
| Biotechnology: genetic engineering introduction |
| Information technology in science |
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