Teach Maverick

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Grade 5 Science Units

Unit Plan 7 (Grade 5 Science): Evidence of Chemical Change

Grade 5 science unit where students identify gas, color, temperature, and new solid evidence when substances mix to determine if chemical reactions formed new substances.

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Grade 5 Science Units

Unit Plan 6 (Grade 5 Science): Chemical Reactions Basics

Grade 5 science unit where students mix substances, observe properties before and after, and use evidence like gas, temperature, and new solids to identify chemical reactions.

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Grade 5 Science Units

Unit Plan 5 (Grade 5 Science): Heating & Cooling Matter

Grade 5 science unit where students measure and graph before-and-after weights during heating, cooling, and mixing to show the total weight of matter is conserved.

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Grade 5 Science Units

Unit Plan 4 (Grade 5 Science): Mixtures & Solutions

Grade 5 science unit where students investigate how materials mix and separate—observing dissolving, floating, settling, and filtration—to identify substances by their properties.

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Grade 5 Science Units

Unit Plan 3 (Grade 5 Science): States & Properties of Matter

Grade 5 science unit where students test and compare material properties—hardness, flexibility, luster, magnetism, conductivity, solubility—to identify unknown substances.

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Grade 5 Science Units

Unit Plan 2 (Grade 5 Science): Particles Too Small to See

Matter is made of tiny invisible particles—students model solids, liquids, gases, dissolving, and smells spreading to explain real-world phenomena in Grade 5 science.

Grade 5 Science Units

Unit Plan 1 (Grade 5 Science): Science Skills & Investigation Routines

Grade 5 unit where students learn lab safety, measurement, variables, and fair testing—building science skills to collect, graph, and explain reliable investigation data.

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Grade 6 Science Units

Unit Plan 36 (Grade 6 Science): Cumulative Synthesis & Exhibition

Grade 6 capstone unit where students synthesize space, Earth systems, hazards, climate, and engineering design into a public expo with models, data, and solutions.

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Grade 6 Science Units

Unit Plan 35 (Grade 6 Science): Stewardship & Global Citizenship

Grade 6 unit where students design monitoring plans, build evidence-based arguments, and create stewardship action briefs to reduce human impacts as global citizens.

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Grade 6 Science Units

Unit Plan 34 (Grade 6 Science): Engineering Climate Solutions

Grade 6 climate engineering unit: Students use evidence to define climate challenges, build and test mitigation or adaptation prototypes, and improve designs with data.

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Grade 6 Science Units

Unit Plan 33 (Grade 6 Science): Technology & Environmental Monitoring

Environmental monitoring design unit for Grade 6: Students engineer, test, and compare tools that track and reduce human impacts on water, air, soil, or noise.

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Grade 6 Science Units

Unit Plan 32 (Grade 6 Science): Sustainability & Resource Management

Communities monitor, minimize, and manage environmental impacts by using evidence-based strategies and evaluating design solutions to protect water, land, and air.

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Grade 6 Science Units

Unit Plan 31 (Grade 6 Science): Earth Systems Interactions

Students model how Earth’s spheres interact through rock and water cycles, weather systems, and global circulation to explain interconnected Earth processes.

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Grade 6 Science Units

Unit Plan 30 (Grade 6 Science): Global Climate Change Factors

Students examine climate data, identify natural and human factors affecting global temperatures, and ask clarifying questions to deepen evidence-based climate understanding.

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Grade 6 Science Units

Unit Plan 29 (Grade 6 Science): Human Impacts on Earth

Students analyze human impacts on air, water, land, and ecosystems, then design monitoring methods and solutions to minimize environmental harm.

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Grade 6 Science Units

Unit Plan 28 (Grade 6 Science): Natural Resources & Human Settlements

Explain how natural resource distribution shapes human settlements, population growth, and land use patterns using maps, data, and scientific reasoning.

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Grade 6 Science Units

Unit Plan 27 (Grade 6 Science): Weather & Climate — Quarter Synthesis

Show mastery of water cycle, weather, and climate by creating models, data displays, and engineering reflections that connect Earth systems and design.

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Grade 6 Science Units

Unit Plan 26 (Grade 6 Science): Engineering Weather Solutions

Design, test, and improve engineering solutions to reduce storm impacts or enhance forecasting using data, fair tests, and iterative models.

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Grade 6 Science Units

Unit Plan 25 (Grade 6 Science): Weather Data—Graphs & Models

Analyze weather datasets and maps to spot patterns, explain air mass and front interactions, and connect local weather changes to global circulation systems.

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Grade 6 Science Units

Unit Plan 24 (Grade 6 Science): Climate Zones & Global Patterns

Explain global climate zones by linking atmospheric and oceanic circulation with latitude, ocean currents, and geography to show long-term weather patterns.

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Grade 6 Science Units

Unit Plan 23 (Grade 6 Science): Heat Transfer & Atmosphere Circulation

Global winds and ocean currents form from unequal heating and Earth’s rotation—students model circulation patterns to explain weather and climate connections.

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Grade 6 Science Units

Unit Plan 22 (Grade 6 Science): Weather Mapping & Forecasting

Analyze weather maps, fronts, and pressure systems to explain air mass interactions, identify severe weather patterns, and create evidence-based short-term forecasts.

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Grade 6 Science Units

Unit Plan 21 (Grade 6 Science): Air Masses & Weather Patterns

Collect and analyze weather data to show how interacting air masses and fronts cause temperature shifts, precipitation, wind changes, and daily weather patterns.

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Grade 6 Science Units

Unit Plan 20 (Grade 6 Science): Water in Earth’s Systems

Explain how energy and gravity move water through oceans, glaciers, and groundwater as part of the water cycle to support resources and manage hazards.

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Grade 6 Science Units

Unit Plan 19 (Grade 6 Science): The Water Cycle

Model how water moves through Earth’s systems—driven by Sun energy and gravity—through evaporation, condensation, precipitation, runoff, and storage.