Kids build their shape knowledge by identifying congruent shapes.

Review and memorize the names of the shapes with this fun roundup of shape riddles!

Match that fraction! This worksheet features a fun fraction match game.

Looking for a fun math worksheet? This multi-step printable challenges your child to match shapes to their description to crack a secret code!

Deconstruct shapes with this fill-in chart of 2D shapes. Kids will practice identifying edges and vertices of simple shapes.

This exercise facilitates meaningful interactions between partners by giving each one different pieces of necessary information to explain the attributes of a shape.

Review second grade geometry concepts from two- and three-dimensional shapes to symmetry with this helpful shape study guide.

Use this language routine to elicit meaningful conversation among your 2nd grade students! Will students be able to ask their partners for the information they need to name that shape?

Kids get to know shapes better by counting their line segments, endpoints, and angles, and record the info in this handy chart.

In this 3rd grade geometry worksheet, your child will complete each polygon using a ruler, then identify what type of polygon it is.

Give your students a chance to sort polygons into categories that make sense to them.

Laminate this handy worksheet and use it as a hook when you discuss shape attributes with your early learners! It is a great way to provoke wonder and curiosity in geometry.

Use this resource to review 2-D shapes with your young mathematicians. Students will identify the names, number of edges, and number of vertices of common shapes as they work to fill in the blanks of this 2-D shape chart.

With this worksheet, your second graders will match a picture of a fraction to the correct math sentence.

Here's a fun way to practice shape identification! Use your knowledge of plane figures to color in this picture.

Hexagons are hiding in plain sight throughout this worksheet—all you need to do is count the sides of each shape to identify them! This is a great geometry activity to help your students practice identifying and differentiating between 2-D shapes.

Pentagons are easy to spot—if you know what to look for! Help your students develop an understanding of this five-sided polygon and practice 2-D shape identification with this great geometry resource!

Can you see the symmetry? Use this resource with your students to practice identifying shapes with symmetry. After your students identify the symmetrical shapes, they will draw a line of symmetry.

Revisit geometry and fraction concepts with this mini quiz that covers everything from congruent shapes and perimeter to symmetry and fractions.

Is your child in need of a geometry review? This worksheet covers the basic 2-D shapes, from circles and triangles to pentagons and hexagons.

Use this glossary with the EL Support Lesson: Naming Shapes and their Attributes.

Give your students an opportunity to practice identifying and differentiating pentagons from other 2-D shapes with this fun geometry activity.

Use these vocabulary cards with the EL Support Lesson: Naming Shapes and their Attributes.

Use this worksheet as a formative assessment for your students as they study the characteristics of polygons.

Use this resource to help your students develop their understanding of trapezoids and other two-dimensional shapes. Students will compare the attributes of trapezoids to those of other plane figures, such as triangles and ovals, in this geometry activity.

Build reasoning and logic skills with a fun geometric shapes puzzle!

In this 3rd grade geometry worksheet, your child will practice identifying parallelograms among other shapes and will color them in to find a hidden word.

Sometimes the best way to learn 3-D shapes is a hands-on approach. Practice drawing cubes with this fun tutorial about drawing in 3-D.

4 lines make a quadrilateral! Help your child make various shapes with the dots in this worksheet.

Use this resource with your students to have them analyze mathematical statements about polygons. They will decide if they are always, sometimes, or never true.