Applying rational expression operations to solve complex equations and modeling real-world problems.
A comprehensive guide to mastering the quadratic formula, featuring step-by-step breakdowns and practice problems styled as a scientific lab manual.
A comprehensive lesson introducing the quadratic formula, including derivations, discriminant analysis, and step-by-step problem-solving techniques for quadratic equations.
Exploring the techniques for finding common denominators and combining rational expressions through addition and subtraction.
Mastering the art of simplifying, multiplying, and dividing rational expressions through the power of factoring.
A set of architectural-themed task cards and supporting materials focused on adding, subtracting, multiplying, and factoring polynomials.
Students learn how engineers help solve community problems by designing a sustainable solution for a local environmental or social issue.
Students 'Create' and 'Test' their bridge designs using simple materials, followed by 'Improving' their structures based on performance data.
Students delve into the 'Define' and 'Imagine' phases of the Engineering Design Process by researching bridge types and brainstorming innovative solutions to span a gap.
A hands-on introduction to the Engineering Design Process where students act as aerospace engineers to design, build, and test paper rockets.
A high school Computer Science lesson connecting the history of YouTube's first video to concepts of bandwidth, data compression, and internet infrastructure evolution.
This lesson introduces 9th-grade students to quadratic equations, focusing on identifying their standard form and solving simple equations using the square root property and the zero product property.
