Advanced Placement (AP) Precalculus Laboratories
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Programs & methods
AP Stats Regression & Modeling Bundle: Labs, Worksheets, Mazes, Error Analysis
Save 25% with this AP Statistics Regression & Modeling Mega Bundle! Includes labs, worksheets, mazes, and error analysis activities covering slope, intercept, r, r², residuals, and model comparisons. Perfect for AP Statistics, AP Precalculus, or Algebra 2, this set combines four unique resources: 1. Sticky Note LSRL Lab — “How Tall Is ONE Sticky Note?” -- Students measure stacked sticky notes, create scatterplots, fit an LSRL, interpret slope, y-intercept, and make predictions.
9th - 12th
Algebra 2, PreCalculus, Statistics
Design a Packaging to Maximize Volume
📦 Design an Open-Top Box to Maximize Volume: A Phenomena-Based STEM Optimization Challenge (5E Lesson)Turn your classroom into a hub of innovation with this real-world, phenomena-driven STEM project where students investigate a powerful mathematical question: How can we maximize volume while working within real design constraints?In this engaging challenge, students act as engineers tasked with designing an open-top box from a flat sheet of material, using mathematics to determine the most ef
10th - 12th
Algebra 2, Calculus, PreCalculus
CCSS, NGSS
HSA-SSE.A.1a
, HSF-BF.A.1
, HSF-LE.A.3
+5
Also included in: STEM Night Expo Bundle
AP Statistics Sticky Note Lab — Linear Regression (Slope, Intercept, Residuals)
How Tall is a Sticky Note? (Hands-On, Low Prep) Engage your AP Statistics students with a fun, hands-on regression activity they’ll actually remember! In this lab, students estimate the thickness of a single sticky note by stacking and measuring different counts of notes, then modeling the relationship with a least-squares regression line (LSRL).Students collect their own data, interpret slope and intercept in context, check model fit with residuals, and make both forward and inverse prediction
9th - 12th
Algebra 2, PreCalculus, Statistics
Target Toss Regression Lab: Linear/Exponential/Power Models (AP Stats/Precalc)
Aim - Toss - Model: Target Toss Lab for Linear, Exponential & Power (AP Precalculus, Algebra 2, AP Statistics)Bring regression to life in AP Statistics and Precalculus with this target toss lab! Students collect real data, then compare linear, exponential, and power models using log transformations, residuals, and r². It's a hands-on, data-rich investigation. In this safe “candy toss” lab, students collect data at increasing distances, compute success rates as proportions, and use log transfo
9th - 12th
Algebra 2, PreCalculus, Statistics
The Masked Derivative - Limit Definition of Derivative Activity
Help your students truly understand where derivatives come from with this engaging and memorable activity! ✏️📘 This resource focuses on one of the trickiest—but most essential—skills in AP Calculus: identifying and taking derivatives in their limit definition form. Students often rely on derivative rules without recognizing that they are simply shortcuts for limits. This activity helps bridge that gap by showing how derivatives can “hide” behind two common limit “masks.” 🎭 How it works:Stude
10th - 12th
Calculus, PreCalculus
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