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Preview of AP Calculus Project: Roller Coaster with Piecewise Functions & Derivatives

AP Calculus Project: Roller Coaster with Piecewise Functions & Derivatives

Created by
Diane McClaskey
Engage your AP Calculus students after the exam with this hands-on and creative project! Students design a mathematically valid roller coaster using piecewise functions that are continuous and differentiable at each transition point. They must graph the coaster, build a 3D model, and provide formal mathematical proofs of continuity and differentiability. Perfect for: AP Exam wrap-up weeks Summative assessments Honors Calculus projects Includes: Full student instructions Grading rubric Proof
Preview of Calculus BIG Jeopardy Review Game - Differentiation & Integration

Calculus BIG Jeopardy Review Game - Differentiation & Integration

Topics in this Jeopardy Review Game include: 1. Derivatives 2. Using Derivatives to Graph Functions 3. Applications of Derivatives 4. Integrals 5. Applications of Integration 6. Mixed Review (For this, I used questions that related to our class, so I would recommend personalizing them for yourself or excluding the category). This game would be a great review for IB Math SL or AP Calculus AB, and I recommend having students work in groups for Jeopardy. Answers are included in the Power Point.
Preview of Math Exit Tickets Grades 9–12 | DOK Levels 1–3 | PDF + Google Slides | CCSS

Math Exit Tickets Grades 9–12 | DOK Levels 1–3 | PDF + Google Slides | CCSS

Created by
DeskMade
Exit tickets for senior Math that match the depth and rigour of high school mathematical thinking. This pack gives you 36 DOK-leveled exit tickets across 12 skills from functions and proof through to calculus, matrices, and vectors. Every ticket has a structured working space and reasoning explanation area. DOK 3 prompts require the kind of extended justification expected at IB DP and AP level. What's Inside36 exit tickets across 12 Math skills3 DOK levels per skill (DOK 1–3)Working box on every
Preview of IB Math Applications & Interpretation SL Topic 5 Calculus BUNDLE

IB Math Applications & Interpretation SL Topic 5 Calculus BUNDLE

This is a GROWING bundle covering IB Math Applications and Interpretation SL Topic 5 Calculus standards: SL 5.1 Introduction to the concept of a limit and derivative interpreted as gradient function and as rate of rangeSL 5.2 Increasing and decreasing functions (coming soon)SL 5.3 Derivative using power rule where all exponents are integersSL 5.4 Tangents and normals at a given point, and their equationsSL 5.5 Introduction to integration as anti-differentiation of functions (indefinite and defi
Preview of DERIVATIVES HIDING IN THE LIMIT FORMULA

DERIVATIVES HIDING IN THE LIMIT FORMULA

Created by
SG'S STEM STORE
Description: Derivative Detectives 🕵️‍♂️In this activity, students become Derivative Detectives and solve the mystery of hidden derivatives! Each problem is written as a limit, but secretly represents a derivative using the definition: f′(a)= Lim h→0(f(x+h)-f(x))/h ​ Students must analyze each expression, identify the function and the point, and determine the derivative. Then, they match their answers to the correct choices. This activity helps students: Recognize derivatives from limits (fir
Preview of ➽ High School AI Literacy Unit 2 Lesson 17: Using AI to Understand Math Concepts

➽ High School AI Literacy Unit 2 Lesson 17: Using AI to Understand Math Concepts

AI Lesson—EdTechEnergy High School AI Literacy Curriculum ➽ Unit 2: Applying AI to Problem-Solving ➽ Lesson 17 Title: Using AI to Understand Math Concepts ➽ Grade Level: 9–12 ➽ Duration: one class (45 minutes) ➽ AI Tool: ChatGPT🌟 Be the teacher who teaches real-world AI skills to your students! ➽ What this immersive AI Literacy Lesson 17 teaches students how to:Students will be able to: Select a math concept and craft an initial prompt for basic simple explanation.Evaluate AI responses for
Preview of Finding  g and Moment of Inertia Using a Physical Pendulum using a meter stick

Finding g and Moment of Inertia Using a Physical Pendulum using a meter stick

Created by
SG'S STEM STORE
This engaging Compound (Physical) Pendulum Lab allows students to explore rotational motion by using a meter stick suspended from different pivot points. Students will measure the period of oscillation at multiple pivot locations, analyze how the distance to the center of mass affects motion, and use their data to determine gravitational acceleration (g) and the moment of inertia (I). This hands-on investigation strengthens understanding of key physics concepts including torque, rotational
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