
Master essential algebra skills with 10 common problem types, from linear equations to systems, enhancing your high school and college math proficiency.

Discover the power of visual mathematics with Professor James S. Tanton, exploring innovative problem-solving techniques across various mathematical fields through engaging graphics and practical projects.

Explore direct and inverse variation concepts, learn to set equations, and solve practical problems in this comprehensive algebra lecture.

Explore piecewise functions, graph translations, and nonlinear functions. Master vertical line test and basic graph shapes for a deeper understanding of intermediate algebra concepts.

Comprehensive review of graphing fundamentals, covering coordinate systems, linear equations, and key concepts like intercepts and slope-intercept form.

Explore variables and algebraic expressions, learning to evaluate equations and solve word problems in this comprehensive introduction to prealgebra concepts.

Explore common and natural logarithms, including their applications in the Richter scale and principles of natural logs, with a focus on Euler's number and change of base.

Comprehensive introduction to radicals and radical functions, covering square and cube roots, simplification techniques, and practical applications in intermediate algebra.

Explore non-linear functions, including square roots, absolute values, and reflections. Learn to graph and analyze these functions for a deeper understanding of intermediate algebra.

Learn properties of exponents in polynomials and techniques for multiplying polynomials, including product and power properties, with clear examples and step-by-step explanations.

Learn to add and subtract polynomials, combine like terms, and distribute negatives in this comprehensive pre-algebra lesson with practice questions and evaluation.

Learn to solve exponential equations using logarithms and other techniques, enhancing your precalculus and college algebra skills with clear explanations and examples.

Learn to efficiently sketch rational functions using asymptotes, end behavior, intercepts, and key points for a comprehensive understanding of their graphical representations.

Learn to identify asymptotes and holes in rational functions, essential for graphing and understanding function behavior in precalculus and college algebra.

Learn to identify, find, and understand horizontal asymptotes in rational functions, exploring their relationship with limits and end behavior.

Learn to identify and analyze vertical asymptotes and holes in rational functions, understanding their impact on graph behavior and discontinuities.

Learn to construct polynomial functions from complex solutions, focusing on complex conjugate pairs and irreducible quadratics in this comprehensive algebra lesson.

Explore practical applications of quadratic functions and inequalities, covering revenue optimization, domain analysis, and area maximization in real-world scenarios.

Learn to add polynomials efficiently by combining like terms, with step-by-step guidance on removing parentheses and practical exercises to reinforce your understanding.

Explore advanced elimination techniques for solving complex equations, including fractions and incorrect forms, to enhance problem-solving skills.

Learn to graph linear equations, understand their relation to line graphs, and explore efficient techniques for plotting points and analyzing slopes.