510 resources
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7 sub-categories · 510 resources
An interactive science micro-learning deck teaching what weather is, how it differs from climate, and the factors (heat, air pressure, wind, moisture) that produce weather, using a video-lesson slide, close-reading passage, vocabulary, and quick-write.
A full lesson package introducing/reviewing the human respiratory system, covering what respiration is, why it's needed, relevant structures, common respiratory diseases, and how respiration differs in fish.
A biology lesson teaching the history and development of cell theory (Hooke, Leeuwenhoek, Schleiden, Schwann, Virchow) and the modern cell theory tenets, provided as parallel teacher and student presentations.
A 2-day slideshow-based lesson package introducing middle/early-high-school students to the science of climate change: the greenhouse effect, greenhouse gases and their sources, the carbon cycle and carbon sinks, and the effects and history of climate change.
A multi-day high school physics introduction to forces, covering the four fundamental forces (gravitational, strong nuclear, electromagnetic, weak nuclear), everyday contact forces (normal force, friction, tension), and an accompanying acceleration-due-to-gravity inquiry lab.
A multi-file chemistry lesson package teaching atomic structure (protons, neutrons, electrons), atomic number/mass, isotopes, average atomic mass calculation, periodic table notation, and chemical symbols, provided in both teacher and student slide versions plus a Bill Nye video-companion worksheet.
Choose a note set to introduce digestive structures, nutrient topics, or tooth anatomy. The nutrition presentation begins with questions that revisit the anatomy vocabulary, giving you a bridge between lessons. Students can record terms and explanations in their own notes. For a separate practical comparison, see earthworm dissection lab .
A 1-2 day lesson package covering the physics and biology of hearing: frequencies, hearing loss causes/prevention, sound intensity, and ear anatomy.
Provide a multi-resource bundle teaching the scientific method (the eight steps: questioning, controlling variables, hypothesis, planning, performing, observing, analyzing, discussing) through slide-based lessons and hands-on lab/project activities.
A two-day middle school Earth science lesson teaching weathering (physical and chemical), erosion, and deposition processes.
A senior high school biology lesson covering reproductive hormones, the male and female reproductive systems, spermatogenesis, the ovarian and menstrual cycles, hormonal negative feedback (LH, FSH, estrogen, progesterone), controlling reproduction, and puberty.
Teach high-school physics students about reflection, transmission/refraction, and absorption of light, material transparency categories, and how lasers work compared to incandescent light sources.
Teach the hierarchy of biological organization (cells, tissues, organs, organ systems, organisms) and the concept of specialized cells via a slide-based lesson with a fill-in-the-blank student note-taking format.
High school chemistry lesson teaching the four types of intermolecular forces (dispersion, dipole-dipole, hydrogen bonding, ion-dipole) and how they affect melting and boiling points.
A slide-based lesson that builds students' understanding of how astronomers measure vast distances in space, introducing kilometers, astronomical units, light years, and parsecs.
A high school physics lesson on forces and free-body diagrams (FBDs), covering common forces, drawing FBDs, resolving net force and force vectors using a chosen coordinate system.
Use the slide notes to guide students through digestive structures and their roles. Organ headings and short explanations give learners a framework for their own notes, while opening review-style questions provide a way to begin discussion. A separate earthworm dissection lab offers a practical comparison with another animal’s digestive anatomy.
A high-school physics lesson package teaching the thin lens equation and magnification equation, including sign conventions and applied problem-solving.
A middle school science lesson introducing photosynthesis and its connection to cellular respiration, covering solar energy, chloroplasts, chlorophyll and other leaf pigments, and why leaves change color in fall.
Present notes on human tissue types (epithelial, connective, and others) as part of a high-school biology histology/tissues unit.
A senior chemistry lesson teaching volumetric analysis (titration): its uses, procedure, equipment, and calculation problems, delivered as a slide presentation with a companion student handout.
A middle-school Earth-science lesson teaching how caves form, covering what caves are, speleology, cave formation via weathering/erosion/deposition, stratigraphy, and cave features (stalactites, stalagmites, columns), delivered as a slide presentation with an auto-graded exit ticket and embedded videos.
Teaches how shadows form (umbra/penumbra) and how lunar and solar eclipses (total, partial, penumbral, annular) occur, as a self-directed distance-learning middle-school physics pack.
Teach the history and development of atomic theory (Democritus, Aristotle, Dalton, and later models) via guided fill-in-the-blank notes paired with a PowerPoint presentation.