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Preview of Parametric Equations - Vector Valued Functions with Calculus

Parametric Equations - Vector Valued Functions with Calculus

Created by
Joan Kessler
These activities and resources for Calculus and Parametric Functions and Vector valued Functions are designed for AP Calculus BC and College Calculus 2. This topic is included in the Calculus 2 Unit, Polar and Parametric Functions and is also be part of the Unit 9 Parametric Equations, Polar Coordinates, and Vector-Valued in AP Calculus BC. Topics includeSlope of Parametric Equations and Vector Valued FunctionDetermining a Tangent lint to a parametric equationsEnclosed Area of Functions define
Preview of Definite Integrals (No U-Sub) Google Form

Definite Integrals (No U-Sub) Google Form

Definite Integrals without U-Sub Google Form for Calculus classes. Answers are included and can be scored. Includes sin(x), cos(x) and e.
Preview of Integration Techniques in BC Calculus: Interactive Around the Room Circuit

Integration Techniques in BC Calculus: Interactive Around the Room Circuit

AP Calculus BC Integration Review Activity Around-the-Room Circuit | No Calculator | AP Exam PrepPrepare your AP Calculus BC students for success with this engaging, low-prep around-the-room circuit focused on essential integration techniques. This self-checking, movement-based activity includes 14 AP-style problems that promote collaboration, critical thinking, and deep conceptual understanding—without the need for a calculator. Perfect for AP review, test prep, sub plans, or alternative asses
Preview of Conquer Convergence: 50 High-Level Series Questions Practice Test C (Calc II/BC)

Conquer Convergence: 50 High-Level Series Questions Practice Test C (Calc II/BC)

Strengthen your students’ mastery of infinite series with this rigorous 50-question mixed practice test. Practice Test C in the Conquer Convergence series is designed for AP Calculus BC and Calculus II, offering a challenging, exam-style set of convergence/divergence problems that require deep reasoning and test identification skills. This resource gives students a powerful way to review across all major series techniques without pattern recognition or predictable sequencing. Every questio
Preview of Limits of Trig Functions for Calculus with optional QR

Limits of Trig Functions for Calculus with optional QR

Created by
Joan Kessler
Your Calculus students find the limits of 16 trigonometric functions, some of which use basic identities, and others use the “special Limits", sin x /x, 1 - cos x / x, and variations of them. Use as Task Cards, Station cards, or as a worksheet. A second self-checking set with QR included. This practice will build your students' skills and proficiency on this topic. What's Included?Two sets of 16 Task cards, one with QR and one without. Students do not need to be on the internet to get the an
Preview of Calculus BC / Calc II – Infinite Series Practice Test D (Advanced Level)

Calculus BC / Calc II – Infinite Series Practice Test D (Advanced Level)

Master the toughest Infinite Series concepts with Practice Test D, the fourth and most advanced installment of your Calculus BC / Calculus II series practice tests. This assessment includes 50 rigorous, mixed-difficulty questions covering every major AP-level and college-level series topic—perfect for unit exams, AP review, college midterms, or challenge enrichment. This test mirrors the depth and structure of higher-level Calc II problems while still being cleanly organized for classroom use.
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
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