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Preview of Increasing & Decreasing Functions with Calculus: Interactive Drag & Drop

Increasing & Decreasing Functions with Calculus: Interactive Drag & Drop

Created by
Niki Math
Master Monotonicity with the First Derivative Test! 🚀🔢 Turn the abstract concepts of Calculus into a hands-on, engaging experience! This digital activity challenges students to explore the behavior of functions using the power of derivatives. No more messy scribbles—just pure logic and interactive fun as they determine exactly where a function rises and where it falls! Why this Calculus Activity "Rocks" the Classroom: 🎸 Tactile "Drag & Drop" Learning: 🗝️ Each slide presents three challenging
Preview of Intervals of Increasing & Decreasing & Extrema (Relative & Absolute) DRAG & DROP

Intervals of Increasing & Decreasing & Extrema (Relative & Absolute) DRAG & DROP

Created by
Niki Math
This is an engaging Calculus drag and drop activity on interval of monotonicity and relative and absolute extrema of polynomial, rational and radical functions. Students have 12 task cards - 6 per slide. Each card contains two problems A and B. Slide 1 (cards 1-6) -students have to determine the interval(s) of increasing/decreasing of the functions given. The first function is polynomial and the second is rational or radical. On slide 2 students have two tables and the answers are given there a
Preview of Derivatives and Their Applications -Christmas Practice/Quiz - 12 review problems

Derivatives and Their Applications -Christmas Practice/Quiz - 12 review problems

Created by
Niki Math
This is a digital Christmas themed practice/quiz/review/digital task cards on derivatives and their application. Students are provided with 12 various challenging problems as there are 4 slides/cards and 3 problems per slide/card. Students are asked to find 1 problem) the first derivative of a given function 2 problem) the second derivative of a function 3) the derivative of a function at a given point 4) critical points of a function 5) intervals of monotonicity of a function 6) relative extrem
Preview of AP Calculus AB & BC: Ultimate DIGITAL Activities GROWING BUNDLE

AP Calculus AB & BC: Ultimate DIGITAL Activities GROWING BUNDLE

Created by
Niki Math
50+ Interactive Resources | Limits, Derivatives, Integrals & Series Master the full spectrum of Calculus with the most dynamic and engaging Growing Bundle on Teachers Pay Teachers! 🎸 Created by NikiMath Store, this massive collection is specifically designed for AP Calculus AB, AP Calculus BC, and College Calculus 1 & 2 classes. Turn rigorous theory into a digital adventure! It’s Math that Rocks! 💎✨⚠️ IMPORTANT: This is a GROWING BUNDLE of digital practice activities (Google Slides™). As
Preview of Calculus: Derivatives & the Power Rule – Monkey-Themed Digital Matching

Calculus: Derivatives & the Power Rule – Monkey-Themed Digital Matching

Created by
Niki Math
15 Challenging Problems | Rational & Negative Exponents | Drag & Drop Swing into Calculus mastery! 🎸 This interactive and engaging Google Slides resource from NikiMath Store focuses on mastering the Power Rule for finding derivatives. With a playful monkey theme, students will navigate through problems of increasing difficulty, moving from basic polynomials to complex rational and radical functions. It’s Math that Rocks! 💎✨⚠️ IMPORTANT: This is a PRACTICE-BASED digital resource. It includ
Preview of Trigonometric Ratios Pre-Calculus | Google Form Activity

Trigonometric Ratios Pre-Calculus | Google Form Activity

12-question Trigonometric Ratios Google Form Activity for Pre-Calculus. The assignment is editable and can be scored. Can be used as a test or quiz!
Preview of Derivatives of Logarithmic Functions - Differentiate & Solve df/dx=0 Practice

Derivatives of Logarithmic Functions - Differentiate & Solve df/dx=0 Practice

Created by
Niki Math
This is a Google Slides product - an engaging practice on derivatives of logarithmic functions. Students are given 12 functions and are asked to find the first derivative of each function, then to find the domain of each function and solve the equations df(x)/dx=0 over the domain. This practice not only works for improving student skills in finding derivatives of logarithmic functions, but also acts as propaedeutics for developing the understanding of what critical points are and how they are f
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