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Preview of Optimization Volume Project for Calculus

Optimization Volume Project for Calculus

This project is for Calculus after students have mastered Optimization using derivatives. It is a hands-on activity in which students will find the minimum surface area of different geometric objects given a specific volume and then build the object. It includes worked out solutions for multiple geometric objects so that every student can do a different object. It culminates with a day to fill the objects with candies to see how close their object is to the set volume. Great project!
Preview of Eigenvalue & Eigenvectors Made Easy - Notes, Presentation and Assignment

Eigenvalue & Eigenvectors Made Easy - Notes, Presentation and Assignment

Created by
Straight A Math
Looking for clear and student-friendly notes on Eigenvalues and Eigenvectors? This complete lesson is designed to make teaching Eigenvalues and Eigenvectors simple, especially for teachers covering it for the first time. Created specifically for IB Math Applications and Interpretations HL, this resource is perfect for introducing the topic in a way that students can actually understand. What’s Included: ✅ Clear, step-by-step notes (in plain English) ✅ Editable PowerPoint presentation with def
Preview of TED Talk: How to organize, add and multiply matrices- Bill Shillito

TED Talk: How to organize, add and multiply matrices- Bill Shillito

This high school math resource introduces matrices and linear algebra concepts, including operations and real-world applications like cryptography and data organization. Best for: Math, Algebra II, Pre-Calculus, STEM Includes: • 20 discussion and comprehension questions • Analytical essay prompt • Structured essay with paragraph guidance and sentence starters • Classroom debate activity • Critical thinking discussion questions Grades: 9–12, College, Adult Ed | Print-and-go
Preview of Infinite Sequences and Series Daily Quizzes (BC Calculus - Unit 10)

Infinite Sequences and Series Daily Quizzes (BC Calculus - Unit 10)

⭐⭐ This  AP Calculus Unit 10-BC Daily Quiz Bundle provides you with a  customizable and  fully-editable resource of daily content quizzes that cover the topics for Infinite Sequences and Series. ⭐⭐ The  Ready-to-Go Daily Quiz Bundle will cover the 15 topics stated in the College Board Course Framework (CED). The daily quizzes are designed to be completed in 10-15 minutes. Each set of Daily Quizzes is designed to cover the standards of the course and help you assess understanding as you move
Preview of TED Talk: How big is infinity?- Dennis Wildfogel

TED Talk: How big is infinity?- Dennis Wildfogel

This high school math resource explores infinity, set theory, and Cantor’s groundbreaking discoveries, helping students understand one-to-one correspondence, irrational numbers, and the limits of mathematics. Best for: Math, Algebra, Pre-Calculus, STEM, Critical Thinking Includes: • 20 discussion and comprehension questions • Analytical essay prompt • Structured essay with paragraph guidance and sentence starters • Classroom debate activity • Critical thinking discussion questions Grades: 9–12,
Preview of AP Calculus Integration by U-Substitution Multiple Choice Monday

AP Calculus Integration by U-Substitution Multiple Choice Monday

This resource is Set #6 in the Multiple Choice Monday Skill SetsYour AP Calculus students will practice AP-Style multiple choice questions related to Integration Using U-Substitution with this 16-question skill set. The fully-editable resource is designed as a series of “Multiple Choice Monday” Exam Prep and Practice. The questions in the set are non-calculator prompts and should be able to be completed in a 30 to 35-minute timed setting to better prepare for the rigor of the AP Exam. You can u
Preview of AP Calculus Related Rates and Optimization Multiple Choice Monday

AP Calculus Related Rates and Optimization Multiple Choice Monday

This resource is Set #7 in the Multiple Choice Monday Skill SetsYour AP Calculus students will practice AP-Style multiple choice questions related to the Contextual and Analytical Applications of Differentiation Units in the course with this 16-question skill set. The fully-editable resource is designed as a series of “Multiple Choice Monday” Exam Prep and Practice. The questions in the set are both non-calculator and calculator prompts and should be able to be completed in a 40-minute timed set
Preview of AP Calculus Limits Review Bingo

AP Calculus Limits Review Bingo

Created by
SG'S STEM STORE
DETAILED DESCRIPTIONMake reviewing limits engaging, interactive, and AP-level rigorous with this AP Calculus Limits Bingo Review Activity! This resource combines a teacher-led PowerPoint presentation with a student-centered bingo game to reinforce key limit concepts in a fun and effective way. Students will solve a variety of AP-style limit problems, including algebraic limits, trigonometric limits, limits involving infinity, L’Hôpital’s Rule, and derivatives in disguise, while actively pa
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 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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