Phase: | During/Explore/Explain |
Activity: | Provide the students with a link to the website Interactive Quadrilaterals from Math is Fun. The class will read the properties of quadrilaterals aloud together from the website while students add the properties to their Who Am I? Quadrilaterals Classification Sheet. Then, the teacher will explain the directions on how to use the Interactive Quadrilaterals digital tool and allow students enough time to explore the interactive. Students can choose a quadrilateral (parallelogram, square, triangle, rhombus, trapezoid, kite, or rectangle) and illustrate its properties by clicking on a point to squish, stretch, rotate, twist, etc. the angles, and/or sides. The interactive tool will accommodate each movement and adjust the quadrilateral to maintain the correct properties. This will create a visual representation of each quadrilateral's properties for students. Students will then scroll to the bottom of the page and click on the quiz questions in the section titled YOOO TOOO. Students should complete all ten questions in this section for their assessment. |
Assessment Strategies: | The ten questions in the section titled YOOO TOOO will be used as an assessment tool to check for mastery of the standard. |
Advanced Preparation: | Internet-connected devices will be needed to use the digital tool. Math is Fun is a free website. The teacher will need to make copies of the Who Am I? Quadrilaterals Classification sheet prior to the lesson (one per student). Link to the teacher's key. |
Variation Tips (optional): | This activity can be used as a whole class activity on an interactive whiteboard or as an individual activity. |
Notes or Recommendations (optional): | ALCOS 2019: 4.28). Identify two-dimensional figures based on the presence or absence of parallel or perpendicular lines or the presence or absence of angles of a specified size. a. Describe right triangles as a category, and identify right triangles. |
Keywords and Search Tags: | congruent, parallel lines, perpendicular lines, quadrilaterals, right angle, two dimensional figure |