Sophia and Ethan set off on a thrilling adventure to unravel the mystery of their missing father and the legendary Lost Book of Enigmas. As they dig deeper into his disappearance, they uncover a trail of hidden clues and carefully crafted puzzles that only they can solve using their intimate knowledge of their father and his love of math. To decode the latest clue, they must find the theoretical probability of an event related to a repeated experiment to unlock the riddle.
After Sophia and Ethan find their father, Hieronymus, the family must continue their thrilling adventure to unravel the mystery of the legendary Lost Book of Enigmas. As they dig deeper, they uncover a trail of hidden clues and carefully crafted puzzles that they can solve with their love of math. To unlock the next clue, they must solve problems involving operations with numbers expressed in scientific notation.
Sophia and Ethan set off on a thrilling adventure to unravel the mystery of their missing father and the legendary Lost Book of Enigmas. As they dig deeper into his disappearance, they uncover a trail of hidden clues and carefully crafted puzzles that only they can solve using their intimate knowledge of their father and his love of math. To decode the latest clue, they must use their ability to apply the Laws of Exponents.
Sophia and Ethan set off on a thrilling adventure to unravel the mystery of their missing father and the legendary Lost Book of Enigmas. As they dig deeper into his disappearance, they uncover a trail of hidden clues and carefully crafted puzzles that only they can solve using their intimate knowledge of their father and his love of math. To decode the latest clue, they must use their ability to apply scientific notation.
Sophia and Ethan set off on a thrilling adventure to unravel the mystery of their missing father and the legendary Lost Book of Enigmas. As they dig deeper into his disappearance, they uncover a trail of hidden clues and carefully crafted puzzles that only they can solve using their intimate knowledge of their father and his love of math. To decode the latest clue they must use their ability to determine the sample space for a repeated experiment.
Sophia and Ethan set off on a thrilling adventure to unravel the mystery of their missing father and the legendary Lost Book of Enigmas. As they dig deeper into his disappearance, they uncover a trail of hidden clues and carefully crafted puzzles that only they can solve using their intimate knowledge of their father and his love of math. To decode the latest clue, they must use their ability to order and compare rational and irrational numbers.
Sophia and Ethan set off on a thrilling adventure to unravel the mystery of their missing father and the legendary Lost Book of Enigmas. As they dig deeper into his disappearance, they uncover a trail of hidden clues and carefully crafted puzzles that only they can solve using their intimate knowledge of their father and his love of math. To decode the first clue, they must use their knowledge of irrational numbers.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete the Crystal Matrix they must use proportional relationships.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete Shape Wars they must find the areas of trapezoids, parallelograms and rhombi to win the battle.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete Groovy's Dance Off they must solve for proportional relationship to survive the level.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete Zombie Supreme they must solve proportional relationships to feed pizza to all the zombies.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete the Conversion Games they must solve conversion of units across different measurement systems to determine which Athlete has won the event.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete Thunder Dojo they must determine the constant of proportionality to predict the fighting style of the master and face them in battle.
Join Althea and Jaxon as they take on a new level to escape the never-ending arcade game. In order to complete Horatio's Evolution they must solve if two quantities have a proportional relationship so that Horatio may evolve proportionally.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete the Creature Realm they must use their understanding of ratios to create the right ratios of resources for the monsters unique frequency.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete the Digital Divide they must solve for percentages and ratios to spend the appropriate budgeted money on enough supplies for a 30 day pioneer trip.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete the Inequality Inferno they must solve problems with one step inequalities to navigate the lava rocks.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete the Perfect Potions they need to solve for variables to make the witches potions perfect.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete the Delivery Dash they must solve for rational numbers to determine the best delivery route.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete the Equivalent Rush they must determine if two linear expressions are equivalent to hit the correct boost pads and win the race.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete the PEMDAS Puzzle they must use whole-number exponents and absolute values to solve for the right puzzle pieces and reach the exit.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete Numeroid Invasion they must use rational numbers to distroy the alien ships and stop the invasion.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete the Expression Highway they must solve operations with linear expressions to safely cross the highway.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete Byte's Kitchen thy must use operations with rational numbers to complete the orders in the kitchen.
Join Althea and Jaxon as they take on a new level in their attempt to escape the never-ending arcade game. In order to complete the Exponential Maze they must use exponents to move forward.
