Solving Equations with Greek Mythology

Sale Price:$12.99 Original Price:$15.99
sale

Trying to find an interesting way to incorporate English class and Math class? Look no further.

This fall, we are bringing Greek Mythology stories to math.

Students will learn about three specific Greek stories and complete three activities to show understanding of each story.

Includes:

-Theseus and Minotaur story with pictures

-Part 1 Solve 6 Multi-Step Equations with variables on both sides and escape the maze.

-Part 2 Design your maze for the labyrinth. (3D maze model, OR Poster model, OR at least 6 slides on PowerPoint to model) The maze must have at least one multi-step example (solved) and steps along the maze that explain “How to solve multi-step equations with unknowns on BOTH sides of an equation.”

-Part 3 Complete 4 real-world Maze problems for the Minotaur that incorporate starting systems of equations.

-Answer Key for all parts

-Pandora’s Box story with pictures

-Part 1 Solve 6 Multi-Step Equations with variables on both sides and help the butterfly and hope to fix any bad it may have seen.

-Part 2 Design your Box for Pandora. (3D maze model, OR Poster model, OR at least 6 slides on PowerPoint to model) The box must have at least one multi-step example (solved) and steps along the box that explain “How to solve multi-step equations with unknowns on BOTH sides of an equation.”

-Part 3 Complete 4 real-world Maze problems for Pandora’s Box that incorporate starting systems of equations.

-Answer Key for all parts

-Medusa’s story with pictures

-Part 1 Solve 6 Multi-Step Equations with variables on both sides and try not to turn to stone.

-Part 2 Design your own statue of Medusa or snake pile. (3D maze model, OR Poster model, OR at least 6 slides on PowerPoint to model) The statue must have at least one multi-step example (solved), and steps along the snakes that explain “How to solve multi-step equations with unknowns on BOTH sides of an equation.”

-Part 3 Complete 4 real-world Maze problems for Medusa that incorporate starting systems of equations.

-Answer Key for all parts

Add To Cart

Trying to find an interesting way to incorporate English class and Math class? Look no further.

This fall, we are bringing Greek Mythology stories to math.

Students will learn about three specific Greek stories and complete three activities to show understanding of each story.

Includes:

-Theseus and Minotaur story with pictures

-Part 1 Solve 6 Multi-Step Equations with variables on both sides and escape the maze.

-Part 2 Design your maze for the labyrinth. (3D maze model, OR Poster model, OR at least 6 slides on PowerPoint to model) The maze must have at least one multi-step example (solved) and steps along the maze that explain “How to solve multi-step equations with unknowns on BOTH sides of an equation.”

-Part 3 Complete 4 real-world Maze problems for the Minotaur that incorporate starting systems of equations.

-Answer Key for all parts

-Pandora’s Box story with pictures

-Part 1 Solve 6 Multi-Step Equations with variables on both sides and help the butterfly and hope to fix any bad it may have seen.

-Part 2 Design your Box for Pandora. (3D maze model, OR Poster model, OR at least 6 slides on PowerPoint to model) The box must have at least one multi-step example (solved) and steps along the box that explain “How to solve multi-step equations with unknowns on BOTH sides of an equation.”

-Part 3 Complete 4 real-world Maze problems for Pandora’s Box that incorporate starting systems of equations.

-Answer Key for all parts

-Medusa’s story with pictures

-Part 1 Solve 6 Multi-Step Equations with variables on both sides and try not to turn to stone.

-Part 2 Design your own statue of Medusa or snake pile. (3D maze model, OR Poster model, OR at least 6 slides on PowerPoint to model) The statue must have at least one multi-step example (solved), and steps along the snakes that explain “How to solve multi-step equations with unknowns on BOTH sides of an equation.”

-Part 3 Complete 4 real-world Maze problems for Medusa that incorporate starting systems of equations.

-Answer Key for all parts

Trying to find an interesting way to incorporate English class and Math class? Look no further.

This fall, we are bringing Greek Mythology stories to math.

Students will learn about three specific Greek stories and complete three activities to show understanding of each story.

Includes:

-Theseus and Minotaur story with pictures

-Part 1 Solve 6 Multi-Step Equations with variables on both sides and escape the maze.

-Part 2 Design your maze for the labyrinth. (3D maze model, OR Poster model, OR at least 6 slides on PowerPoint to model) The maze must have at least one multi-step example (solved) and steps along the maze that explain “How to solve multi-step equations with unknowns on BOTH sides of an equation.”

-Part 3 Complete 4 real-world Maze problems for the Minotaur that incorporate starting systems of equations.

-Answer Key for all parts

-Pandora’s Box story with pictures

-Part 1 Solve 6 Multi-Step Equations with variables on both sides and help the butterfly and hope to fix any bad it may have seen.

-Part 2 Design your Box for Pandora. (3D maze model, OR Poster model, OR at least 6 slides on PowerPoint to model) The box must have at least one multi-step example (solved) and steps along the box that explain “How to solve multi-step equations with unknowns on BOTH sides of an equation.”

-Part 3 Complete 4 real-world Maze problems for Pandora’s Box that incorporate starting systems of equations.

-Answer Key for all parts

-Medusa’s story with pictures

-Part 1 Solve 6 Multi-Step Equations with variables on both sides and try not to turn to stone.

-Part 2 Design your own statue of Medusa or snake pile. (3D maze model, OR Poster model, OR at least 6 slides on PowerPoint to model) The statue must have at least one multi-step example (solved), and steps along the snakes that explain “How to solve multi-step equations with unknowns on BOTH sides of an equation.”

-Part 3 Complete 4 real-world Maze problems for Medusa that incorporate starting systems of equations.

-Answer Key for all parts