Classroom resources
Find geometry templates for cutting, folding, tracing and graphing. Use printable shape outlines, 3D nets, coordinate grids and foldables to build models and make geometric relationships visible.
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These full-page outlines provide reusable starting points for shape activities and crafts. Choose an unlabeled outline for open-ended work or a named version to connect the shape with its vocabulary. The third version includes a traceable name, giving students a writing option alongside the large outline.
A set of printable 3D shape net templates (cube, pyramid, rectangular prism, cone, cylinder) with step-by-step assembly instructions, so students build physical 3D models from paper.
A set of printable 3D shape nets for students to cut out and fold into physical 3D shapes.
Blank printable coordinate plane grids at multiple scales for student graphing practice.
A pattern book of 28 plant- and geometric-shape cutting patterns (14 plants, 14 shapes including polygons and a moon crescent) intended for young children's first scissor-cutting experiences, illustrated by Gary Mohrman.
Free download An interactive math center activity where students color, cut out, and assemble paper models (nets) of 3D geometric shapes.
Hands-on manipulative activity that proves the Pythagorean theorem by arranging cut-out squares into right triangles.
Teach students to calculate the perimeter and area of squares and rectangles, and the surface area and volume of rectangular prisms, using an interactive foldable-booklet format.
Provide a hands-on, cut-and-paste discovery activity proving the Triangle Angle Sum Theorem (that a triangle's interior angles sum to 180 degrees), partially addressing CCSS.MATH.CONTENT.7.G.A.2, followed by protractor-based angle measurement practice.
Cut-and-fold interactive activity where students identify and describe different types of triangles and connect them to real-world shapes.
3D Shapes Nets Fun Your students are going to be excited when they see their flat paper take form into a 3D shape before their very own eyes. That is exactly what the kiddos will do using the printable nets included.
A printable classroom-decor shape bunting: flag/pennant templates, one shape per flag, for students to cut out, string together, and use to reinforce 2D and 3D shape recognition.
Tracing and coloring worksheets that help young learners identify 2D shapes by name and practice fine motor skills, plus a bookmark-making craft activity using shape designs.
Grade 8 math lesson connecting Indigenous (First Peoples) cultural content to surface area, volume, and constructing nets of 3-D objects, using traditional Northwest Coast bentwood boxes as the real-world context.
Worksheets introducing/reviewing angle types (acute, obtuse, right, straight, reflex), including a cut-and-glue foldable reference craft and practice classifying and comparing angle measures.
A printable classroom-decor shape bunting: flag/pennant templates, one shape per flag, for students to cut out, string together, and use to reinforce 2D and 3D shape recognition.
Teach students to find the volume and surface area of cylinders, right pyramids, and cones, using an interactive foldable-booklet format.
Review point, line, line segment, endpoints, and angle types (acute/right/obtuse) through a hands-on art activity that produces a 'Geometry Star.'
Teach students to find the circumference and area of circles and the surface area and volume of spheres, using an interactive foldable-booklet format.
A printable classroom-decor shape bunting: flag/pennant templates, one shape per flag, for students to cut out, string together, and use to reinforce 2D and 3D shape recognition.
A simple cut-and-create craft activity where students cut out circle shapes and assemble them into a parrot design.
An adapted (special education / IEP) low-prep interactive dry-erase student binder teaching symmetry, lines of reflection and frieze (repeating) patterns for grades 3-4.
An 8th-grade geometry cut-and-paste activity where students identify the missing figure in a sequence of transformations (rotations, reflections, translations, dilations) and justify the transformations, aligned to CCSS.MATH.CONTENT.8.G.A.2 and 8.G.A.4.
Encourage creative and critical thinking through abstract art drawing prompts based on connect-the-dot templates.