Math and Glitter

Help students explore and understand the properties of kites with this 15-card Google Slide deck. Students identify and apply key properties such as congruent adjacent sides, perpendicular diagonals, and angle relationships. Problems include identifying properties from diagrams, determining missing angle measures, and analyzing relationships between sides and diagonals. This deck reinforces both conceptual understanding and application of kite properties in a clear, engaging format. Perfect f

Help students develop a strong understanding of logical reasoning with this 15-card Google Slides deck focused on completing truth tables. Students fill in missing values for compound statements using logical operators such as and (∧), or (∨), not (¬), if-then (→), and if and only if (↔). Each card provides a partially completed truth table, and students must determine the correct truth values based on the given expressions. The fill-in-the-table format encourages careful analysis and helps

Help students explore and understand the properties of kites with this 15-card Boom Card deck. Students identify and apply key properties such as congruent adjacent sides, perpendicular diagonals, and angle relationships. Problems include identifying properties from diagrams, determining missing angle measures, and analyzing relationships between sides and diagonals. This deck reinforces both conceptual understanding and application of kite properties in a clear, engaging format. Perfect for

Make geometry reasoning engaging with this perpendicular bisector theorem scavenger hunt! Students will move around the room solving problems involving distances and segment relationships and finding their next card. This activity helps students deepen their understanding of geometric relationships and connect algebra with geometry concepts. This activity is self-checking, so students receive immediate feedback. When they return to their starting card, they know their answers are correct! ⭐ W

Make geometry engaging with this additive property of length scavenger hunt! Students will move around the room solving problems involving segment lengths and finding their next card. This activity helps students build a strong foundation in geometry by connecting algebraic thinking with geometric relationships. This activity is self-checking, so students receive immediate feedback. When they return to their starting card, they know their answers are correct! ⭐ What’s Included Scavenger hunt

Help students develop a strong understanding of logical reasoning with this 15-card Boom Card deck focused on completing truth tables. Students fill in missing values for compound statements using logical operators such as and (∧), or (∨), not (¬), if-then (→), and if and only if (↔). Each card provides a partially completed truth table, and students must determine the correct truth values based on the given expressions. The fill-in-the-table format encourages careful analysis and helps stud

Help students master logical reasoning with this 15-card Google Slides deck focused on converses, inverses, and contrapositives of conditional statements. Students work with statements written in if-then form and practice identifying and writing each related statement correctly. Problems guide students through switching and negating hypotheses and conclusions, helping them clearly understand how each type of statement is formed. This deck reinforces key logic skills essential for success in

Help students master logical reasoning with this 15-card Boom Card deck focused on converses, inverses, and contrapositives of conditional statements. Students work with statements written in if-then form and practice identifying and writing each related statement correctly. Problems guide students through switching and negating hypotheses and conclusions, helping them clearly understand how each type of statement is formed. This deck reinforces key logic skills essential for success in geom

Help students build a strong foundation in logic with this 15-card Google Slides deck focused on understanding conditional statements. Students identify and analyze statements in if-then form, determine hypotheses and conclusions, and evaluate whether statements are true or false. Problems include identifying parts of a conditional, rewriting statements in if-then form. This deck is perfect for introducing or reinforcing logic concepts in geometry or algebra. Great for middle school or early

Help students build a strong foundation in logic with this 15-card Boom Card deck focused on understanding conditional statements. Students identify and analyze statements in if-then form, determine hypotheses and conclusions, and evaluate whether statements are true or false. Problems include identifying parts of a conditional, rewriting statements in if-then form. This deck is perfect for introducing or reinforcing logic concepts in geometry or algebra. Great for middle school or early hig

Make slope engaging with this finding slope scavenger hunt activity! Students will move around the room calculating slope between two points and searching for their next card. This activity helps students connect algebra concepts with real-world meaning by interpreting slope as a rate of change. This activity is self-checking, so students receive immediate feedback. When they return to their starting card, they know their answers are correct! ⭐ What’s Included Scavenger hunt task cards (pairs

Make coordinate geometry engaging with this distance formula scavenger hunt activity! Students will move around the room calculating the distance between two points and finding their next card. This activity helps students connect algebra and geometry by applying the distance formula in a fun, interactive way. This activity is self-checking, so students receive immediate feedback. When they return to their starting card, they know their answers are correct! ⭐ What’s Included Scavenger hunt ta

Make practicing evaluating functions engaging with this hands-on circle jigsaw puzzle activity! Students evaluate functions written in function notation and match each lettered problem to its correct output value. When solved correctly, the puzzle forms a complete circle — providing built-in self-checking feedback and encouraging students to revisit mistakes independently. Students practice: Substituting values into function notation Evaluating linear and quadratic functions Working with exp

Make practicing finding slope from two points engaging with this hands-on circle jigsaw puzzle activity! Students use the slope formula to calculate the slope between two coordinate points and match each lettered problem to its correct simplified answer. When completed correctly, the puzzle forms a complete circle — giving students built-in self-checking feedback and encouraging them to revisit errors independently. Students practice: Using the slope formulaWorking with positive and negative

Make practicing the distance formula engaging with this hands-on circle jigsaw puzzle activity! Students find the distance between two points on the coordinate plane and match each lettered problem to its correct simplified answer. When solved correctly, the puzzle forms a complete circle — providing built-in self-checking feedback and encouraging students to double-check their work. Students practice: Applying the distance formula Using the Pythagorean Theorem in coordinate geometry Simplif

Make practicing the midpoint formula engaging with this hands-on circle jigsaw puzzle activity! Students find the midpoint of line segments given two endpoints on the coordinate plane, then match each lettered problem to its correct midpoint. When completed correctly, the puzzle forms a full circle — giving students built-in self-checking feedback and encouraging accuracy and perseverance. Students practice: Applying the midpoint formula Averaging x-coordinates and y-coordinates Working with

Make practicing the Pythagorean Theorem engaging with this St. Patrick’s Day–themed Reveal the Picture activity! Students find the missing side length of each right triangle using the Pythagorean Theorem. After solving, students cut out and glue the puzzle piece with the correct answer onto the matching problem. As each problem is solved correctly, a festive St. Patrick’s Day picture is revealed. Once complete, students can color the picture for a fun and motivating math activity. This hands-on

Make the Pythagorean Theorem engaging and approachable with this Valentine’s Day Pythagorean Theorem mystery picture activity! Students practice finding missing side lengths of right triangles by applying the Pythagorean Theorem. As students solve each problem and match the correct answers, they cut and glue puzzle pieces to reveal a festive Valentine-themed mystery picture. This hands-on activity helps students build confidence with the Pythagorean Theorem while staying motivated through vis

Make volume concepts concrete and engaging with this Valentine’s Day volume with unit cubes mystery picture activity! Students practice finding the volume of 3D figures by counting unit cubes. As students determine the volume of each shape and match their answers, they cut and glue puzzle pieces to reveal a festive Valentine-themed mystery picture. This hands-on activity is perfect for helping students develop a strong conceptual understanding of volume before moving on to formulas. The visua

Make volume practice engaging and hands-on with this Valentine’s Day volume mystery picture activity! Students practice finding the volume of rectangular prisms by using given dimensions. As students solve each problem and match the correct answers, they cut and glue puzzle pieces to reveal a festive Valentine-themed mystery picture. This activity helps students build confidence with volume while staying motivated through visual problem-solving. The cut-and-paste format provides immediate fee