Unlock the world of geometry for your third grader with our Easy Online 2D Shapes Worksheets for Grade 3! These interactive and engaging worksheets are the perfect tool for mastering the basics of two-dimensional shapes. Designed to align with Grade 3 curriculum standards, each worksheet offers clear, concise exercises that focus on shape recognition, properties of polygons, and the classification of geometric figures. With our Easy Online 2D Shapes Worksheets, your child will enjoy the convenience of learning at their own pace while building a strong foundation in geometry. Start exploring shapes today and watch your third grader's confidence in math soar!
Check out this FREE Grade 3 Trial Lesson on 2D Shapes!
Before beginning, ensure your child is familiar with quadrilaterals (4 sides) and triangles (3 sides). This tracing exercise is easy: sort the shapes into the two groups and trace the dotted lines to the correct group.
Can your child identify and name shapes? Help them learn the unique features of each and have them check the correct name for each group in the colorful pictures on this worksheet.
Does your kid love dogs? If so, this exercise is ideal for them! Help Charlie the pup find his way back to his owner, James, in the quadrilateral maze worksheet. Your child must trace Charlie's path only through squares and rhombuses in order to solve it. Careful planning is key!
Time to test your child's shape knowledge! With this worksheet, help them find the odd shape out in each row and check the box under it. Print out the pdf and look through it with them – each row has four brightly colored shapes. See if they can spot any differences among them and then check the box below the shape that does not belong.
Does your kid know what a quadrilateral is? If not, this worksheet can help teach them. Explain that a quadrilateral is a shape with four sides and give examples, like a square or a rectangle. Then ask them to circle the quadrilaterals in the pictures. If they already know what a quadrilateral is, this task might be too easy.