Science 6: Matter, Energy & Earth Systems — Grade 6
Student & parent course guideReading libraryParent teaching plan · 36 weeks- Inquiry, Measurement & Models
What makes a scientific explanation traceable and testable? Under one defined mass-and-draining method, which equal-sized towel sample retains more water?
- Matter, Mixtures & Water Properties
How can particle models and measurements account for matter across changes? Which parts of a stated sand–salt–water mixture can a filter separate, and where does the matter go?
- Energy, Heat & Thermal Design
How do energy transfers explain cooling and a feasible thermal design? Which feasible sleeve slows cooling under the matched model, and what should be redesigned?
- Electricity, Magnetism & Light
How do fields, circuit paths, and light models explain observable changes? Which modeled circuit keeps lamp B available when lamp A is switched off, and what does the evidence not show?
- Earth Systems, Plates & Earth Materials
How can properties and indirect evidence reconstruct Earth’s processes? What formation histories are supported by a supplied rock packet, and where must identification remain uncertain?
- Water, Air, Weather & Climate
How do water, air, and energy processes connect weather with longer-term patterns? What can a matched five-day record tell us about weather, and what requires a different climate record?
- Ecosystems, Watersheds & Conservation
What can resource pathways and comparable records reveal about an ecosystem? Does the supplied buffer model change runoff and sediment under matched conditions, and what does that imply for a real watershed?
- Earth, Moon, Sun & Space Models
How can one system contain different mechanisms, perspectives, and scales? Can one labeled model explain phases, seasons, eclipses, and scale without confusing their mechanisms?