This lesson covers the fundamentals and advanced operations of rational expressions and rational functions, as well as the identification and summation of arithmetic and geometric sequences and series. Students will practice simplifying complex expressions, graphing functions, and applying sequence formulas to real-world financial contexts.

Students analyze their financial data using scatter plots and trend lines to create a 12-month forecast and final reflection.

Students explore exponential growth through compound interest, calculating the long-term impact of debt and credit card balances.

Students use systems of equations to compare vehicle costs, finding the break-even point between different transportation options.

Students select careers, calculate net monthly income, and write linear equations to model their cumulative earnings and fixed housing costs.

A comprehensive lesson on constructing circles and investigating the geometric relationships between secant segments and chords intersecting outside a circle.

A comprehensive Algebra II final exam covering quadratics, function operations, inverses, exponent rules, and polynomial division.

A comprehensive final exam for Spring 2026 covering logarithms, trigonometry of triangles, and sequences and series for a Precalculus course.

A math lesson focused on modeling real-world business scenarios using linear equations to find the break-even point between cost and revenue.

A 90-minute Algebra 2 lesson on simplifying, adding, and subtracting rational expressions, aligned with TEKS 2A.7(F). Students will use factoring techniques to 'engineer' simpler forms and combine complex expressions.

A comprehensive assessment covering normal distributions, the Empirical Rule, z-scores, and sampling distributions. This lesson combines conceptual understanding with complex statistical calculations.

A summative assessment lesson focusing on visual foundations, probability calculations, and the application of the Central Limit Theorem to sampling distributions.

A comprehensive lesson covering the properties of normal distributions, the empirical rule, and z-score calculations through various real-world scenarios.

Students interpret the meaning of the point of intersection, surplus, and shortage in the context of a real-world market.

Students create and compare multiple sets of data tables for supply and demand to identify the market equilibrium price where quantities match.

A focused lesson on the Central Limit Theorem (CLT) and its application to real-world datasets. Students practice calculating Z-scores for sample means and using Z-tables to determine probabilities.

A lesson focused on fundamental statistical concepts including sampling distributions and the visual representation of data using histograms.

A concise lesson reviewing advanced statistical concepts including population parameters, sample statistics, and the behavior of sampling distributions.

A focused practice session on calculating probabilities and z-values for normal distributions, based on medical and abstract data.

A focused lesson on calculating and interpreting z-scores and normal distributions using real-world scenarios from the textbook. Students will practice converting between raw scores and z-scores and determine the "unusualness" of specific data points.

This lesson covers the fundamentals of normal distributions, including identifying bell curves, applying the empirical rule, and interpreting control charts for real-world data analysis.

Students plot two linear equations on a single coordinate plane to find the point of intersection and identify the equilibrium price and quantity visually.

Students interpret the meaning of the point of intersection, surplus, and shortage in the context of a real-world market.

Students create and compare multiple sets of data tables for supply and demand to identify the market equilibrium price where quantities match.

Students define supply and demand and learn to solve for the point of intersection algebraically by setting equations equal.

Students synthesize their design and financial data into a final statistical report and presentation for a hypothetical city council.

Focusing on procurement, students manage a complex budget using multi-step decimal operations for material costs, labor, and taxes.

Students translate statistical findings into physical dimensions, applying decimal multiplication and division to manage scale and area calculations.

Students launch the project by analyzing demographic data using decimal operations to identify community needs for their architectural design.

A comprehensive lesson on adding, subtracting, multiplying, and dividing rational expressions with linear and quadratic terms, themed around structural engineering and blueprints.

Covers division of radicals and the essential skill of rationalizing denominators using both monomial and binomial (conjugate) methods.

Focuses on the multiplication of radical expressions, including the distributive property and FOIL with binomial radicals.

Covers the fundamentals of simplifying radical expressions and performing addition and subtraction with like radicals, including variables and higher-order roots.

A targeted practice session focusing on SAT Math's Heart of Algebra section, covering linear equations, systems, and inequalities.

Students act as urban planners using systems of linear inequalities and area optimization to design a sustainable city grid. This project-based lesson bridges algebra and real-world infrastructure planning.

This lesson explores the Central Limit Theorem and the impact of sample size on the distribution of sample means, specifically within the context of medical testing and diagnostic accuracy.

A comprehensive introduction to converting between exponential and logarithmic forms, aligned with Texas TEKS 2A.5.C. Students will explore the inverse relationship through guided notes, scaffolded practice, and a formal assessment.

A lesson exploring sampling distributions, the Central Limit Theorem, and the real-world applications of random sampling as a strategic tool.

A functional math lesson focused on adding two menu items using a calculator within the context of a digital fast food ordering app. Students practice selecting items from a McDonald's-themed menu and totaling their purchases.

A lesson covering the step-by-step process of finding the algebraic inverse of basic logarithmic functions with various bases.

A focused lesson on finding the inverse of basic logarithmic functions using algebraic steps, specifically focusing on base 10 and base 2.

The final project phase where students select one of three real-world career paths (Music Mogul, Urban Planner, or Sports Analyst) to apply their mathematical knowledge in a summative assessment.

Scaffolded practice activities ('Skill Missions') that review key concepts: linear equations, systems, sequences, lines of best fit, and factoring. These activities ensure students have the foundational skills needed for their final project.

A foundational journey through the uppercase alphabet, focusing on stroke order, pen control, and letter recognition for early learners.

Master the derivatives of the six trigonometric functions through visual explanation and structured practice, including chain rule and product rule applications.

A lesson focused on identifying key features (vertex, intercepts) and graphing quadratic equations across standard, vertex, and factored forms.

A self-checking scavenger hunt activity where students solve basic logarithmic equations involving conversions, isolations, and simple expressions. The activity is themed as an 'Enigma Expedition' through ancient ruins.

The final summative assessment for the Unit 7 Consumer Math curriculum, covering linear equation translation, table completion, graphing systems, and identifying break-even points.