Showing Results for world studies

Identify real-world examples of parallel and perpendicular lines with this engaging fourth-grade geometry worksheet!

Challenge your students with a real-world fraction multiplication problem!

Identify angles in real-world examples and sort them based on their characteristics.

Practice finding parallel and perpendicular lines in the real world with this fun worksheet!

Children make real-world connections to geometry concepts with this 3D shape scavenger hunt activity!

To get a better handle on 3-D shapes, ask your kid to match them up to real world objects.

Ready to introduce your child to 3-D geometric shapes? This worksheet helps kids find 3-D shapes in the world around them!

On this worksheet, your child will learn to name polygons and identify them in the world around him.

Familiarize your students with all aspects of trapezoids! From describing and drawing trapezoids to identification and real world examples, this worksheet will get your students thinking about the many attributes of this important 2-D shape.

Your students will have a blast as they use perimeter in a real-world scenario to plan their very own carnivals in the school gym. Students will choose their activities and use their calculated dimensions to map our their carnival on the provided graph.

This math worksheet calls on students to examine the objects in their environment, measure them, and calculate the surface area in centimeters or inches.

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

Kids practice finding area and perimeter with this worksheet.

Believe it or not, geometry is everywhere! Find the cones and cylinders in this group of pictures.

For this geometry activity, students will plot out their bedroom using a piece of graph paper. As students fill in spaces that are occupied with their furniture, they will gain a better understanding of square footage, division, and geometry.

Challenge your students to read and interpret information in the first quadrant.

What makes this box perfect? Students will calculate the volume of the box, and other calculations using rectangular prisms.