Showing Results for solid-shapes

Which solid figure describes a baseball? A sphere! Kids completing this third grade math worksheet match common objects to solid geometric figures.

Children must decide each of six shapes is symmetrical or asymmetrical in this hands-on worksheet.

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.

Kids completing this third grade math worksheet learn the attributes of solid geometric figures, then identify the figures among common lunch objects.

It's not everyday that you see shapes like these! This worksheet helps your third grader practice finding the area of compound shapes.

Provide learners with a solid foundational understanding of adjectives with the help of this grammar worksheet! 

Ensure your third grader has a solid subtraction foundation with this subtraction facts worksheet that's packed with extra practice.

This worksheet will help your students determine whether they can construct a solid argument around a claim they have made about a story.

Use this fun exercise with your students to practice finding the area of shapes by counting unit squares.

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

Practice multiplying up to 12 with a multiplication table. Fill in the blank squares to get a solid review, and to try and find patterns in the table.

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

It’s time to flex your math muscles with this great geometry activity! Use this resource with your students as they practice identifying and counting angles in different two-dimensional shapes.

Practice identifying parallel and perpendicular lines in the context of 2D shapes with this fourth-grade geometry worksheet!

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.

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

Angles come in all kinds of shapes and sizes—can you spot them all? Use this resource with your students to practice finding all the angles in 2-D shapes. Your students will then be challenged to identify right angles in two-dimensional shapes.

Use this worksheet for shapes, multiplication, or graphing coordinates.

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

Combine fractions and shapes to help your students visualize subtracting mixed numbers.

What makes a sphere unique compared to other shapes? Does it share any similarities? Use this resource with your young mathematicians to practice identifying the characteristics of this three-dimensional shape and comparing it to other shapes.

In this worksheet, learners will find and draw a line of symmetry on nine shapes.

Can your students differentiate between a pentagon and a hexagon or circle? Can they explain what makes these shapes unique? This resource will give your students practice identifying the characteristics of a pentagon and comparing it to other 2-D shapes.

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

In this worksheet, children refer to the shaded shapes to help them solve the equations.

Kids practice coloring shapes according to the fractions given to help them see how fractions are part of a whole.

Students practice calculating the perimeter of a variety of shapes in inches in this geometry worksheet.

Build your students’ foundational understanding of geometry as they determine the area of shapes by counting the unit squares.

In this playful worksheet, children will convert improper fractions to mixed numbers, then color the shapes to match the amount.

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.