Slope Intercept Form

A 3-day adapted Math Unit 2 sequence based on Lesson 1 (Projecting and Scaling), streamlined and scaffolded for students with 1st-grade math skills using simple whole numbers, hands-on sorting, visual checks, and simplified language.

A calculus lesson checking understanding of the Extreme Value Theorem, Rolle's Theorem, and the Mean Value Theorem through a 5-question quick check and worked answer key.

A four-page Geometry and *Field of Dreams* worksheet arranged in chronological movie order from beginning to end. Students follow Ray Kinsella's journey—from hearing the voice and clearing the cornfield, to building the square diamond, welcoming Shoeless Joe Jackson and building bleachers, to saving the farm and playing catch—while exploring conceptual geometry and movie content questions.

A core mathematics sequence covering foundational statistics, data displays, and introductory algebraic reasoning.

Day 4 applies the corner line-up and equal-groups strategies to solve the target problem: identifying which measurement pairs are scaled copies of a 12 cm by 3 cm rectangle using visual models, 4-group addition, and ruler checks.

Complete worked answer key for the 5-question Extrema Theorems Quick Check, including step-by-step derivative calculations, candidate value tables, explicit hypothesis checks, and final solutions.

An 8th-grade foundational sequence on linear relationships, focusing on understanding slope, identifying y-intercepts, and connecting graphs to linear equations in slope-intercept form.

A calculus lesson focused on verifying the continuity and differentiability hypotheses of the Mean Value Theorem across varied functions and closed intervals.

A 5-page, 10-question progress monitoring trial on finding slope, y-intercept, and writing equations in slope-intercept form from tables, graphs, and coordinate points. Matches the classwork formatting with half the questions providing the y-intercept explicitly and half requiring point-slope form.

A comprehensive collection of secondary mathematics modules covering coordinate geometry, linear equations, graphing techniques, and algebraic transformations.

Day 3 guides students to count grid squares to build 2x bigger and half-size copies of simple shapes and explain dilation in their own words as growing or shrinking without stretching.

A 5-question calculus quick check covering absolute extrema of a polynomial on a closed interval, Rolle's Theorem, and the Mean Value Theorem. Students verify theorem hypotheses and solve for c values or extrema in dedicated blank workspaces.