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Middle school / Texas TEKS

6th Grade Science

Relative density & physical models

Classroom tools

11 products
Three density formula triangles in magenta, orange and green showing Mass, Density and Volume with division and multiplication tabs

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Density Formula Triangles

TEKS 6.6(D)Content connection

Calculate density from measured mass and volume, then compare substances' densities relative to fluids. Pair the triangle with a relative-density investigation.

TEKS 6.2(C)Instructional support

Use mathematical calculations to assess quantitative relationships in mass and volume data.

Cover the value you need and the triangle shows whether to multiply or divide—so students set up density problems instead of guessing at the algebra.

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Chemistry

Interactive Bohr Model

TEKS 6.1(G)Instructional support

Develop and use physical models. Atomic structure beyond atoms as building blocks is enrichment, not a grade-level subatomic-particle requirement.

Students place electrons into orbital slots and build a physical picture of atomic structure.

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Earth science

Topographic Maps

TEKS 6.1(G)Instructional support

Use a layered terrain model to represent landforms and discuss the model's limitations. Contour-map interpretation is not a direct grade-level content requirement.

Bring a three-dimensional perspective to your lessons on terrain and topographic maps.

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Physics

Speed Formula Triangle

TEKS 6.2(C)Instructional support

Practice quantitative relationships with distance and time data. Average-speed calculations are enrichment, not a grade 6 motion content requirement.

Work with the relationship between speed, distance and time.

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Physics

Slope Calculation Manipulative

TEKS 6.2(C)Instructional support

Use mathematical calculations to assess quantitative relationships in graphed investigation data.

Calculate slope from two points and connect it to science graphs.

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Earth & space science

Topographic Map C — Medium

TEKS 6.1(G)Instructional support

Use a layered terrain model to represent landforms and discuss the model's limitations. Contour-map interpretation is not a direct grade-level content requirement.

A medium-size layered terrain model for contour and landform lessons.

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Earth & space science

3D Topographic Map A — Large

TEKS 6.1(G)Instructional support

Use a layered terrain model to represent landforms and discuss the model's limitations. Contour-map interpretation is not a direct grade-level content requirement.

A large layered landform model for connecting contour lines to terrain.

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Earth & space science

3D Topographic Map A — Medium

TEKS 6.1(G)Instructional support

Use a layered terrain model to represent landforms and discuss the model's limitations. Contour-map interpretation is not a direct grade-level content requirement.

A medium-size layered landform model for terrain investigations.

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Earth & space science

3D Topographic Map B — Two Peaks, White

TEKS 6.1(G)Instructional support

Use a layered terrain model to represent landforms and discuss the model's limitations. Contour-map interpretation is not a direct grade-level content requirement.

A two-peak landform model in white for comparing terrain and contour patterns.

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Earth & space science

3D Topographic Map B — Two Peaks, Black

TEKS 6.1(G)Instructional support

Use a layered terrain model to represent landforms and discuss the model's limitations. Contour-map interpretation is not a direct grade-level content requirement.

A two-peak landform model in black for comparing terrain and contour patterns.

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Earth & space science

Lunar Cycle Science Manipulative

TEKS 6.1(G)Instructional support

Develop and use a lunar-cycle model as enrichment. Lunar phases are not a direct current grade 6 content requirement; do not confuse phases with seasons or tides.

Model the lunar cycle and discuss the changing appearance of the Moon.

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Current science TEKS, implemented in 2024–2025. Connections are lesson-specific, not a claim that a product covers an entire standard. Instructional support identifies a modeling or calculation practice, not a direct content match. Standard descriptions are paraphrased.

Official TEA science standards

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