Fifth Grade Geometry Classifying Two-Dimensional Shapes & Attributes of 2D Shapes

$3.50

Practice and review 5th grade geometry standard 5.G.B.3 with this fun and engaging digital escape room! Students will race to escape the Great Pyramid of Giza using their knowledge of the attributes of 2d shapes, mainly focusing on quadrilaterals and triangles. Riddles, puzzles, and more make this easy to implement online activity perfect for test prep or review. Learn more with this preview: 5th Grade Geometry Classifying 2D Figures Digital Escape Room Activity

Description

Classifying and understanding the attributes of two-dimensional shapes can help your fifth graders escape the Great Pyramid of Giza. This QUICK digital escape room (designed to be completed in under 30 minutes) is a fun and engaging way to practice 5th grade geometry skills for standard 5.G.B.3. Four fun puzzles await in this fully automated online breakout. Students will race to find a code by solving five true and false puzzles in which they think critically attributes of 2D figures. A password to open a box is found by classifying a variety of shapes and understanding that attributes of a category also apply to subcategories. Next, students sort polygons into a Venn Diagram according to whether they are parallelograms, have at least one right angle, or both. Finally, students choose the correct door in a series of five multiple choice triangle-classification questions along with questions that challenge them to think about the hierarchy of two-dimensional figures.

 

The online breakout is automated by a Google Form™, and can be completed by anyone with an internet connected device (Google™ accounts are NOT required). There is one recommended page to print to help students work through the puzzles. There are no clues to hide, and the activity is self-checking. This digital escape room is super easy to implement with just one click!

 

Math Skills Addressed: 5.G.B.3

  • Classifying triangles by angle type and sides (acute, obtuse, and right triangles, as well as scalene, isosceles, and equilateral)
  • Classifying and sorting quadrilaterals according to attributes including the presence parallel lines, the presence of right angles
  • Recognize the names and properties of quadrilaterals including parallelograms, rhombuses, trapezoids, rectangles, and squares
  • Thinking critically about side and angles and matching shapes to descriptions (example: this shape has exactly one pair of parallel lines)

 

Included in the PDF

  • Quickstart guide
  • Link to Google Forms™ escape room
  • Answer Key
  • Teacher Tips
  • Student recording page (optional)
  • Optional Success Signs

 

FAQ

  • Do students need to have Gmail™ accounts? NO! Anyone with internet access and a tablet, computer, or even phone can complete the breakout. The escape room is automated by a Google Form™, but does not require the teacher or students to have Google™ accounts.
  • How long will this take? That is the hardest question as the answer varies depending on each classroom, student, or group. This is designed to be a QUICK escape room. Some students with a firm grasp on the concepts covered in this escape room will be able to complete the challenge very quickly (10-15 minutes), others will take longer. The majority of students will take about 25-30 minutes. Requiring students to use the recording form will increase the amount of time required to complete the puzzles.
  • Will students have to search the web to figure out the puzzles? NO! All of the information needed will be provided in the Google Form™. The math in this activity is all standards-based.
  • Can this be used for distance learning? Yes! Digital escape rooms are perfect for in-person, virtual, or hybrid models!

 

I your 5th graders need a break from traditional worksheets, then give a digital escape room a try!

 

View all of our 5th Grade Math Escape Rooms

See all of The Great Classroom Escape’s Products

Reviews

There are no reviews yet.

Be the first to review “Fifth Grade Geometry Classifying Two-Dimensional Shapes & Attributes of 2D Shapes”

Your email address will not be published. Required fields are marked *