Solving Equations With Variables on Both Sides Balance Beams Activity 1
Shape Balance Challenge- The Power of Weighted Equations
Embark on an exciting scientific journey with "Shape Balance Challenge," where students become weight detectives, analyzing tied balance beams and unraveling the mysteries of unknown weights. This unique educational tool seamlessly integrates the thrill of balancing shapes with the intellectual challenge of solving equations in a dynamic and engaging setting.
Join Mackenzie in her scientific endeavor, where she uses balance beams and various weighted bean-bag shapes to create tied weights. Students dive into the challenge of analyzing the balance beams, working with unknown weights of shapes, and mastering the art of solving equations by crossing off pairs and isolating unknown weights.
As students progress through the tied balance beam scenarios, they gather crucial information about the weights of different shapes. The challenge arises when they must use this acquired knowledge strategically to answer the ultimate question – "Which balance beam weighs more?" This step involves critical thinking and problem-solving, setting the stage for the introduction of numerical values.
"Shape Balance Challenge" serves as a springboard for introducing algebraic problem-solving. Students, now comfortable with numerical values, are poised to tackle equations algebraically, armed with the confidence gained from successfully mastering the tied balance beam challenges.
Includes:
-Nine Question Problems
-Six Exit Ticket Problems
-Answer Key
-Standards and Lesson Plan Included
Total Pages: 3 pages
Answer Key: Included
Teaching Duration: 1 hour
Shape Balance Challenge- The Power of Weighted Equations
Embark on an exciting scientific journey with "Shape Balance Challenge," where students become weight detectives, analyzing tied balance beams and unraveling the mysteries of unknown weights. This unique educational tool seamlessly integrates the thrill of balancing shapes with the intellectual challenge of solving equations in a dynamic and engaging setting.
Join Mackenzie in her scientific endeavor, where she uses balance beams and various weighted bean-bag shapes to create tied weights. Students dive into the challenge of analyzing the balance beams, working with unknown weights of shapes, and mastering the art of solving equations by crossing off pairs and isolating unknown weights.
As students progress through the tied balance beam scenarios, they gather crucial information about the weights of different shapes. The challenge arises when they must use this acquired knowledge strategically to answer the ultimate question – "Which balance beam weighs more?" This step involves critical thinking and problem-solving, setting the stage for the introduction of numerical values.
"Shape Balance Challenge" serves as a springboard for introducing algebraic problem-solving. Students, now comfortable with numerical values, are poised to tackle equations algebraically, armed with the confidence gained from successfully mastering the tied balance beam challenges.
Includes:
-Nine Question Problems
-Six Exit Ticket Problems
-Answer Key
-Standards and Lesson Plan Included
Total Pages: 3 pages
Answer Key: Included
Teaching Duration: 1 hour
Shape Balance Challenge- The Power of Weighted Equations
Embark on an exciting scientific journey with "Shape Balance Challenge," where students become weight detectives, analyzing tied balance beams and unraveling the mysteries of unknown weights. This unique educational tool seamlessly integrates the thrill of balancing shapes with the intellectual challenge of solving equations in a dynamic and engaging setting.
Join Mackenzie in her scientific endeavor, where she uses balance beams and various weighted bean-bag shapes to create tied weights. Students dive into the challenge of analyzing the balance beams, working with unknown weights of shapes, and mastering the art of solving equations by crossing off pairs and isolating unknown weights.
As students progress through the tied balance beam scenarios, they gather crucial information about the weights of different shapes. The challenge arises when they must use this acquired knowledge strategically to answer the ultimate question – "Which balance beam weighs more?" This step involves critical thinking and problem-solving, setting the stage for the introduction of numerical values.
"Shape Balance Challenge" serves as a springboard for introducing algebraic problem-solving. Students, now comfortable with numerical values, are poised to tackle equations algebraically, armed with the confidence gained from successfully mastering the tied balance beam challenges.
Includes:
-Nine Question Problems
-Six Exit Ticket Problems
-Answer Key
-Standards and Lesson Plan Included
Total Pages: 3 pages
Answer Key: Included
Teaching Duration: 1 hour