Venture into more advanced mathematical territory!
Explorer Missions challenge seasoned problem-solvers with sophisticated scenarios that combine multiple mathematical concepts in innovative ways.
These missions delve deeper into mathematical thinking, presenting complex challenges that integrate algebra, probability, and optimization. From business analytics to game theory, each mission reveals how advanced mathematics drives real-world decision-making and innovation.
Explorer Missions help you develop:
Explorer Missions are ideal for:
Choose your mission below and embark on an advanced mathematical journey. Each challenge includes comprehensive guidance to help you navigate through complex problem-solving territories.
Skill: Percentages, profit calculation, and systems of equations.
Activity: Analyze profits across multiple products using equations and percentages.
Goal: Introduce business math concepts and reinforce algebraic reasoning.
Skill: Combinatorics and arithmetic sequences.
Activity: Count and arrange outcomes for distributing books in specific patterns.
Goal: Strengthen logical thinking and explore advanced counting principles.
Skill: Algebraic thinking and systems of equations.
Activity: Solve for unknowns within a grid by balancing rows and columns.
Goal: Visualize systems of equations and enhance logical reasoning.
Skill: Rate-time-distance relationships and algebraic problem-solving.
Activity: Calculate delays using equations to model real-world travel scenarios.
Goal: Apply math to real-world transportation challenges while reinforcing critical thinking.
Skill: Linear equations and inequalities.
Activity: Satisfy multiple conditions simultaneously to determine winning strategies.
Goal: Introduce linear programming concepts in a simplified, game-like context.
Skill: Probability, fractions, and logical reasoning.
Activity: Calculate probabilities and expected values for a dynamic die system.
Goal: Develop a deeper understanding of probability and its applications.
Skill: Time management and scheduling optimization.
Activity: Plan a series of tasks with dependencies to complete a recipe efficiently.
Goal: Introduce optimization and efficiency through real-world scenarios.
Skill: Logical reasoning, combinatorics, and network optimization.
Activity: Determine the fastest way for meerkats to share critical information.
Goal: Explore the fundamentals of graph theory and information flow in a relatable context.
Remember, at QMAK, we don’t just teach; we empower. We don’t just inform; we inspire. We don’t just question; we act. Become a Gold Member, and let’s unlock your child’s full potential, one question at a time.