An introductory lesson on exponents where students identify parts of an exponential expression, convert repeated multiplication to power form, and calculate basic values.

A comprehensive lesson on solving and simplifying algebraic expressions with multiple variables, featuring three levels of differentiated practice.

A comprehensive assessment and review lesson on fundamental trigonometric identities, including Pythagorean, reciprocal, and quotient identities. Students will practice simplifying expressions and proving identities.

A lesson focused on modeling real-world situations using exponential growth and decay functions, calculating future values over time.

A comprehensive introduction to functions, focusing on the definition of a function, the vertical line test, and mastering function notation \(f(x)\). Students will learn to identify functions from various representations and evaluate linear and quadratic functions.

A St. Patrick's Day themed math lesson focusing on finding percentages, parts, and wholes (6.RP.3.c). Students will solve festive word problems involving gold coins, shamrocks, and parade floats.

An introduction to exponents focusing on the relationship between base and power, evaluating basic expressions, and mastering the product and quotient rules.

A comprehensive lesson on identifying and combining like terms, focusing on visual grouping and handling positive and negative coefficients through scaffolded practice.

A comprehensive lesson on solving one-step inequalities using inverse operations, including a secret agent-themed slide deck, a practice worksheet, and a teacher's facilitation guide.

An introduction to random variables, distinguishing between discrete and continuous types, graphing probability distributions, and calculating mean and standard deviation.

A step-by-step lesson on calculating percent increase and decrease using OPN (Original, Part, New) charts and the percent equation. Includes a guided tutorial and NYS standards-aligned practice problems.

This lesson focuses on solving one-step linear equations that require the use of the distributive property, using only positive integers for coefficients and constants. Students will practice expanding expressions and isolating variables in a structured, step-by-step format.

A focused practice session on the distributive property, moving from visual area models to abstract algebraic manipulation.