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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 Guided Notes - Lesson 13.1, part 2 - Finding Areas

Guided Notes - Lesson 13.1, part 2 - Finding Areas

Created by
Counting Corner
IB Applications & Interpretations SL: Investigation - estimating area under curve by creating inner-bound vs upper-bound rectangles. Decreasing the number of rectangles to improve estimate Calculate area under curve using trapezoids, rectangles and triangles Practice problems (CW or HW)
Preview of IB Mathematics Standard Level (Analysis and Approaches) : A complete course

IB Mathematics Standard Level (Analysis and Approaches) : A complete course

This book contains all of the material required for the IB examination in Standard Level Analysis and Approaches. It does NOT cover the internal assessment. There are 250 pages and detailed examples of every topic. There are also 26 sets of questions with answers.
Preview of Guided Notes - Lesson 12.1, part 2 - Limits and Derivatives

Guided Notes - Lesson 12.1, part 2 - Limits and Derivatives

Created by
Counting Corner
IB Applications & Interpretations SL: Example finding instantaneous rates of change and marginal costs Practice problems (CW or HW)
Preview of Teacher Guide - Lesson 12.3, part 2 - Maximum & Minimum Points and Optimization

Teacher Guide - Lesson 12.3, part 2 - Maximum & Minimum Points and Optimization

Created by
Counting Corner
IB Applications & Interpretations SL: Teacher Guide for Guided Notes - Lesson 12.3, part 2
Preview of Guided Notes-Lesson 13.2, part 1-Integration-Reverse Process of Differentiation

Guided Notes-Lesson 13.2, part 1-Integration-Reverse Process of Differentiation

Created by
Counting Corner
IB Applications & Interpretations SL: Introduce integration: the reverse process of differentiation Investigation calculating area utilizing integration for various functions Introduce antiderivatives Find antiderivatives of various functions Practice problems (CW or HW)
Preview of Teacher Guide-Lesson 13.2, part 1-Integration-Reverse Process of Differentiation

Teacher Guide-Lesson 13.2, part 1-Integration-Reverse Process of Differentiation

Created by
Counting Corner
IB Applications & Interpretations SL: Teacher Guide for Guided Notes - Lesson 13.2, part 1
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 UNIT CIRCLE Made Easy | Step-by-Step Trig Notes + Worksheet

UNIT CIRCLE Made Easy | Step-by-Step Trig Notes + Worksheet

Created by
NoLimitMath
Stop memorizing the Unit Circle, build it logically instead!This hands-on visual worksheet helps students understand where every coordinate comes from so they’ll never need to memorize again. Perfect for Geometry, Trigonometry, or Precalculus classes, this resource guides students through five simple steps to construct the Unit Circle using only two special triangles. ✨ What’s Included ✅ Step-by-step guided notes (3 pages) ✅ Visual diagrams showing how to derive each coordinate ✅ Special tria
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