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Preview of Statistics | Exploring Two Variable Data | Reference & TiNspire Cheat Sheet

Statistics | Exploring Two Variable Data | Reference & TiNspire Cheat Sheet

Created by
Mrs Marcos Math
Statistics: Exploring Two Variable Data - Reference GuideHelp your students master the analysis of two-variable data with this clear, comprehensive reference guide! Designed for AP® Statistics and high school or college-level math, this printable and digital handout breaks down essential concepts like correlation, regression, scatterplots, residuals, and association with easy-to-understand definitions, visuals, and calculator instructions. ✅ What’s Included: Key concepts explained: Exp
Preview of Basic Antiderivatives/Indefinite Integrals (Power Rule and Basic Trig) Notes

Basic Antiderivatives/Indefinite Integrals (Power Rule and Basic Trig) Notes

These notes cover introducing and finding antiderivatives of expressions using the power rule - as well as the six basic trig functions. This note sheet formatted to be a 1/2 sheet of paper. It is intended to hand out to the students so that they do not have to write everything down - not for them to cram everything on the note page. They can use it as part of their interactive notebook OR they can staple/tape/glue it to wherever they are taking notes. My students kept it out during the lecture
Preview of Derivative Basics (Power Rule/Basic Trig) Notes

Derivative Basics (Power Rule/Basic Trig) Notes

These notes cover simple and complex power rule and the six basic trig function problems. There is also a look at the continuity and differentiability of piece-wise functions. This note sheet formatted to be a 1/2 sheet of paper. It is intended to hand out to the students so that they do not have to write everything down - not for them to cram everything on the note page. They can use it as part of their interactive notebook OR they can staple/tape/glue it to wherever they are taking notes. My
Preview of Introduction to Motion Notes

Introduction to Motion Notes

These notes the basics of motion on a line (2 dimensions) both analytically and graphically. There is also a graphic organizer (copy it 2 to a page for and interactive notebook). As always with my lessons, there is a focus on justifying answers. This note sheet formatted to be a 1/2 sheet of paper. It is intended to hand out to the students so that they do not have to write everything down - not for them to cram everything on the note page. They can use it as part of their interactive notebook
Preview of Calculus Part 2 Notes (Derivative, Motion, Slope Fields, Euler's, Antideriv)

Calculus Part 2 Notes (Derivative, Motion, Slope Fields, Euler's, Antideriv)

These notes cover introductions to the following topics: Derivative (basic trig and power rule)Motion (graphically and analytically)Slope FieldsTangent Lines and Euler's MethodAntiderivates/Indefinite IntegralsAntiderivatives and Initial ConditionsThese note sheets are formatted to be on 1/2 sheets of paper. They are intended to be handed out to the students so that they do not have to write everything down - not for them to cram everything on the note page. They can use them as part of their in
Preview of Evaluating Inverse Trig Functions Foldable Organizer

Evaluating Inverse Trig Functions Foldable Organizer

Created by
Joan Kessler
This Evaluating Inverse Trig Functions Foldable Organizer will help your students grasp the concepts and also get practice with Composite Inverse Trig Functions. Your students fill-in the properties and then practice 16 well chosen representative problems. Also included are 6 completed examples for reference. Problems include straightforward problems such as sin_inverse(1/2) and more complex problems like sin(sin_inverse of π/2) or arcsin(sin(3π)). Both notations, sin^-1 and arcsin for i
Preview of Rational Functions Graphs and Key Features and Properties

Rational Functions Graphs and Key Features and Properties

Created by
Joan Kessler
Your students will practice determining the Key Properties of Rational Functions and Their Graphs. There are 11 problems for your students to solve plus a blank problem template for you to customize or create an assessment or homework. Students graph the function and find the: domainrangehorizontal asymptotesvertical asymptotesholesx – interceptsy-interceptsslant asymptotes when applicable. I have included slant (oblique) asymptotes on two problems. These can be omitted if that topic is not
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