Master advanced mathematical concepts that prepare you for college-level mathematics. Develop deep understanding of polynomial functions, exponential & logarithmic functions, 3D geometry, trigonometry, statistics, and calculus fundamentals through comprehensive problem-solving and real-world applications.
Polynomial and rational functions with comprehensive analysis
Advanced exponential and logarithmic function properties
Spatial geometry and vector operations
Advanced trigonometric identities and applications
Statistical inference and probability models
Introduction to derivatives and optimization
Analyze and graph polynomial, rational, exponential, and logarithmic functions
Solve 3D geometry problems and perform vector operations
Perform statistical inference and hypothesis testing
Understand derivatives and apply optimization techniques
Master advanced polynomial function analysis, rational function asymptotes, and polynomial/rational inequalities with comprehensive graphing techniques.
Explore advanced exponential function properties, logarithmic operations, and exponential/logarithmic equation solving with real-world applications.
Master advanced 3D geometry, spatial coordinate systems, and vector operations with comprehensive applications in engineering and physics.
Learn advanced trigonometric identities, triangle solving techniques, and trigonometric function transformations with real-world modeling.
Master confidence intervals, hypothesis testing, and probability models with comprehensive statistical analysis and decision-making applications.
Introduction to calculus concepts including derivatives, optimization, and rate of change with real-world applications and modeling.
Complex mathematical problems with step-by-step solutions and multiple approaches
Connect mathematical concepts to engineering, physics, economics, and scientific research
Develop the mathematical foundation needed for advanced college-level mathematics