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Preview of AP® CSA Unit 4: Data Collections | Goldie's Complete Curriculum

AP® CSA Unit 4: Data Collections | Goldie's Complete Curriculum

AP CSA Unit 4 Full Curriculum BundleData Collections Complete Lessons, Projects, Activities & AssessmentsAligned to 2025 CED Goldie's AP Computer Science A Unit 4 Full Curriculum Bundle provides everything you need to teach 1D arrays, ArrayLists, 2D arrays, and algorithms with confidence and clarity. Covering all major topics related to arrays, reading text files, ArrayLists, 2D arrays, sorting and searching, and recursion, this bundle includes detailed lesson notes, guided practice, homework
Preview of Goldie's FULL CURRICULUM for AP® Computer Science A

Goldie's FULL CURRICULUM for AP® Computer Science A

AP® Computer Science A – Full Curriculum BundleAligned to the 2025 College Board CED for AP CSA Welcome to my comprehensive AP Computer Science A editable curriculum bundle! Created to support teachers from the first day of class to the AP Exam, this resource includes everything needed for a successful AP CSA course. This bundle contains my AP Computer Science A curriculum, with resources that align to the College Board’s® 2025 Course and Exam Description. Each unit includes: Editable guid
Preview of Trigonometry Guided Notes - Teacher Edition

Trigonometry Guided Notes - Teacher Edition

High School & Introductory College Trigonometry: These are fully completed, instructor-ready guided notes covering the full scope of a standard trigonometry course that provide clear explanations, mathematically accurate notation, and fully worked examples to support lecture preparation and instructional consistency. These notes align with the topics taught in a standard precalculus trigonometry course, including unit circle, radian measure, trigonometric functions, identities, and equations, ma
Preview of BUNDLE Spring Addition & Subtraction Within 10 | Number Bonds & Color by Code

BUNDLE Spring Addition & Subtraction Within 10 | Number Bonds & Color by Code

Created by
Bubbly Anne
BUNDLE SPRING Addition and Subtraction within 10 Number Bonds and Color by Code | Number Worksheets. Kindergarten and Grade 1 Students. This bundle resource is a 200 worksheets (100 student worksheets + 100 answer worksheets) engaging with concept of strengthening math BUNDLE addition and subtraction within 10, number bonds and color by code| number worksheets comprehensive practice set designed to enhance students' skills-building worksheets, keep motivated and help students visualize the pro
Preview of Crack the Code: Common Factors Full Lesson Bundle (Slides + Activity)

Crack the Code: Common Factors Full Lesson Bundle (Slides + Activity)

Created by
Ms. Dan Hoang
Product Overview: Engage your 6th-grade students with this exciting Spy & Cryptography themed bundle! This resource is designed to master Common Factors while immersing students in the world of encryption. Perfect for introducing the topic or reviewing key concepts in a fun, real-world context. This Bundle Includes (2 Resources):1. Common Factors & Cryptography Lesson Slides ($4.50 Value)A complete slide deck with an engaging encryption theme.Covers the definitions and methods for finding comm
Preview of Crack the Code: Common Factors Encryption Worksheet | Differentiated Puzzle

Crack the Code: Common Factors Encryption Worksheet | Differentiated Puzzle

Created by
Ms. Dan Hoang
Can your students break the code? In this engaging activity, students become "Code Breakers." They must find the Common Factors of specific number pairs to unlock a cipher and reveal a hidden secret message (a fun joke/riddle). BUILT-IN DIFFERENTIATION: We know every classroom has mixed abilities. This resource includes two versionsof the same puzzle: Level A (Scaffolded): Includes "Hint" columns (e.g., tells students how many factors to look for) to support struggling learners.Level B (Challe
Preview of Solving One-Step Equations – Student-Friendly Notes & Practice

Solving One-Step Equations – Student-Friendly Notes & Practice

Created by
Caroline Archer
Solving One-Step Equations – Student-Friendly Notes & PracticeMake teaching one-step equations simple, clear, and engaging! This resource is designed to help students understand how to solve one-step equations using addition, subtraction, multiplication, and division. What’s Included: Clear and concise definitions (including coefficient and variable) Visual explanation using a balance scale to show equality Step-by-step examples for each type of one-step equation Easy-to-follow process for is
Preview of Notes Overview of Related Rates using Implicit Differentiation

Notes Overview of Related Rates using Implicit Differentiation

Created by
Lena Feldman
I created this for Calculus to use as a notes summary for students to reference with the written processes and an accompanying example applying related rates skills using implicit differentiation.
Preview of Discover the Magic of Music (Beginner Music Lessons I) & Music Notes by Value

Discover the Magic of Music (Beginner Music Lessons I) & Music Notes by Value

Created by
SynaFlos
This bundle includes both the Discover the Magic of Music (Beginner Music Lessons I) and the Music Notes by Value equivalency cards. This is a great bundle for those wishing to use the materials I use in the lessons.
Preview of Guided Notes - Lesson 8.2 - Introduction to Hypothesis Testing

Guided Notes - Lesson 8.2 - Introduction to Hypothesis Testing

Created by
Counting Corner
IB Applications & Interpretations SL: Objectives: understand hypothesis testing, state null and alternative hypothesis, identify type 1 and type 2 errors, determine use of 1-tailed or 2-tailed test Introduce hypothesis test Null vs Alternative hypothesis Types of errors Level of significance types of tests Examples Practice
Preview of Guided Notes - Lesson 8.4 - Chi-Squared χ2 Hypothesis Test for Goodness of Fit

Guided Notes - Lesson 8.4 - Chi-Squared χ2 Hypothesis Test for Goodness of Fit

Created by
Counting Corner
IB Applications & Interpretations SL: Objective: Conduct a hypothesis test and use a p-value to make decisions Introduce χ2 test for goodness of fit, degrees of freedom Demonstrate how to calculate on graphing calculator Example Practice
Preview of Guided Notes - Lesson 12.1, part 1 - Limits and Derivatives

Guided Notes - Lesson 12.1, part 1 - Limits and Derivatives

Created by
Counting Corner
IB Applications & Interpretations SL: Warm up and skills check Introduce gradient of a parabola Introduce tangent line and how to find on GDC Investigation finding gradients of various polynomials Examples Practice problems (CW or HW)
Preview of Guided Notes - Lesson 12.3, part 2 - Maximum and Minimum Points and Optimization

Guided Notes - Lesson 12.3, part 2 - Maximum and Minimum Points and Optimization

Created by
Counting Corner
IB Applications & Interpretations SL: Examples of optimization (finding minimum surface area of a product) Investigation optimizing volume with a fixed constraint (surface area) Converting a function with two independent variables into one variable and finding the stationary points Practice problems (CW or HW)
Preview of Guided Notes - Lesson 8.1 - Spearman's Rank Correlation Coefficient

Guided Notes - Lesson 8.1 - Spearman's Rank Correlation Coefficient

Created by
Counting Corner
IB Applications & Interpretations SL: Objectives: Use a Spearman Rank correlation coefficient, interpret the sign of a correlation Warm up Review Pearson Product-Moment Correlation Coefficient Introduce Spearman's Rank Correlation Coefficient Examples Practice
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 Guided Notes - Lesson 12.3, part 1 - Maximum and Minimum Points and Optimization

Guided Notes - Lesson 12.3, part 1 - Maximum and Minimum Points and Optimization

Created by
Counting Corner
IB Applications & Interpretations SL: Investigation finding maximum and minimum points when gradient is 0 (stationary points) Examples Practice problems (CW or HW)
Preview of Guided Notes-Lesson 13.2, part 4-Integration-Reverse Process of Differentiation

Guided Notes-Lesson 13.2, part 4-Integration-Reverse Process of Differentiation

Created by
Counting Corner
IB Applications & Interpretations SL: Find equations of a curve given the gradient/derivative and a point Creating a cost function Practice problems (CW or HW)
Preview of Guided Notes - Lesson 12.2, part 1 - Equations of Tangents and Normal

Guided Notes - Lesson 12.2, part 1 - Equations of Tangents and Normal

Created by
Counting Corner
IB Applications & Interpretations SL: Finding gradients and tangents from a graph (building a funicular railway up a mountain) Investigation using tangents to find when two paths will meet Introduce normal Examples Practice problems (CW or HW)
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 Guided Notes - Lesson 13.1, part 5 - Finding Areas

Guided Notes - Lesson 13.1, part 5 - Finding Areas

Created by
Counting Corner
IB Applications & Interpretations SL: Introduce numerical method utilizing a set of points Investigation using numerical method Introduce trapezoidal rule Investigation using trapezoidal rule Practice problems (CW or HW)
Preview of Guided Notes - Lesson 13.1, part 4 - Finding Areas

Guided Notes - Lesson 13.1, part 4 - Finding Areas

Created by
Counting Corner
IB Applications & Interpretations SL: Calculate an unknown lower- or upper-bound given the curve and area of a segment using GDC graphing calculator, equation solver feature Practice problems (CW or HW)
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 Guided Notes - Lesson 13.1, part 1 - Finding Areas

Guided Notes - Lesson 13.1, part 1 - Finding Areas

Created by
Counting Corner
IB Applications & Interpretations SL: Warm up estimating the area of an island, finding areas of trapezoids/circles, finding derivatives of polynomials Introduce velocity-time graphs Calculate distance traveled Practice problems (CW or HW)
Preview of Guided Notes - Lesson 8.3 - Hypothesis Testing for Means

Guided Notes - Lesson 8.3 - Hypothesis Testing for Means

Created by
Counting Corner
IB Applications & Interpretations SL: Objective: Conduct a hypothesis test and use a p-value to make decisions Decision rules based on p-value Finding a p-value for a hypothesis test Finding a standardize test statistic 5 step hypothesis test for a mean Examples Practice
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