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Preview of Indiana Project Based Learning: Community Problem & Solution, Grades 9–12

Indiana Project Based Learning: Community Problem & Solution, Grades 9–12

This Project Based Learning (PBL) unit is perfect for end-of-year, after testing, or end-of-semester student engagement. This flexible Project Based Learning unit can be used over 1–3 weeks depending on your schedule. Students have the opportunity to investigate real-world community issues, analyze evidence, and propose solutions—while building critical thinking, academic discourse, and collaboration skills. This PBL supports college, career, and civic readiness while giving students voice and
Preview of Massachusetts Project Based Learning: Community Problem & Solution, Grades 9–12

Massachusetts Project Based Learning: Community Problem & Solution, Grades 9–12

This Project Based Learning (PBL) unit is perfect for end-of-year, after testing, or end-of-semester student engagement. This flexible Project Based Learning unit can be used over 1–3 weeks depending on your schedule. Students have the opportunity to investigate real-world community issues, analyze evidence, and propose solutions—while building critical thinking, academic discourse, and collaboration skills. This PBL supports college, career, and civic readiness while giving students voice and
Preview of Washington Project Based Learning: Community Problem & Solution, Grades 9–12

Washington Project Based Learning: Community Problem & Solution, Grades 9–12

This Project Based Learning (PBL) unit is perfect for end-of-year, after testing, or end-of-semester student engagement. This flexible Project Based Learning unit can be used over 1–3 weeks depending on your schedule. Students have the opportunity to investigate real-world community issues, analyze evidence, and propose solutions—while building critical thinking, academic discourse, and collaboration skills. This PBL supports college, career, and civic readiness while giving students voice and
Preview of Arizona Project Based Learning: Community Problem & Solution, Grades 9–12

Arizona Project Based Learning: Community Problem & Solution, Grades 9–12

This Project Based Learning (PBL) unit is perfect for end-of-year, after testing, or end-of-semester student engagement. This flexible Project Based Learning unit can be used over 1–3 weeks depending on your schedule. Students have the opportunity to investigate real-world community issues, analyze evidence, and propose solutions—while building critical thinking, academic discourse, and collaboration skills. This PBL supports college, career, and civic readiness while giving students voice and
Preview of Virginia Project Based Learning: Community Problem & Solution, Grades 9–12

Virginia Project Based Learning: Community Problem & Solution, Grades 9–12

This Project Based Learning (PBL) unit is perfect for end-of-year, after testing, or end-of-semester student engagement. This flexible Project Based Learning unit can be used over 1–3 weeks depending on your schedule. Students have the opportunity to investigate real-world community issues, analyze evidence, and propose solutions—while building critical thinking, academic discourse, and collaboration skills. This PBL supports college, career, and civic readiness while giving students voice and
Preview of New Jersey Project Based Learning: Community Problem & Solution, Grades 9–12

New Jersey Project Based Learning: Community Problem & Solution, Grades 9–12

This Project Based Learning (PBL) unit is perfect for end-of-year, after testing, or end-of-semester student engagement. This flexible Project Based Learning unit can be used over 1–3 weeks depending on your schedule. Students have the opportunity to investigate real-world community issues, analyze evidence, and propose solutions—while building critical thinking, academic discourse, and collaboration skills. This PBL supports college, career, and civic readiness while giving students voice and
Preview of North Carolina Project Based Learning: Community Problem & Solution, Grades 9–12

North Carolina Project Based Learning: Community Problem & Solution, Grades 9–12

This Project Based Learning (PBL) unit is perfect for end-of-year, after testing, or end-of-semester student engagement. This flexible Project Based Learning unit can be used over 1–3 weeks depending on your schedule. Students have the opportunity to investigate real-world community issues, analyze evidence, and propose solutions—while building critical thinking, academic discourse, and collaboration skills. This PBL supports college, career, and civic readiness while giving students voice and
Preview of Ohio Project Based Learning: Community Problem & Solution, Grades 9–12

Ohio Project Based Learning: Community Problem & Solution, Grades 9–12

This Project Based Learning (PBL) unit is perfect for end-of-year, after testing, or end-of-semester student engagement. This flexible Project Based Learning unit can be used over 1–3 weeks depending on your schedule. Students have the opportunity to investigate real-world community issues, analyze evidence, and propose solutions—while building critical thinking, academic discourse, and collaboration skills. This PBL supports college, career, and civic readiness while giving students voice and
Preview of Pennsylvania Project Based Learning: Community Problem & Solution, Grades 9–12

Pennsylvania Project Based Learning: Community Problem & Solution, Grades 9–12

This Project Based Learning (PBL) unit is perfect for end-of-year, after testing, or end-of-semester student engagement. This flexible Project Based Learning unit can be used over 1–3 weeks depending on your schedule. Students have the opportunity to investigate real-world community issues, analyze evidence, and propose solutions—while building critical thinking, academic discourse, and collaboration skills. This PBL supports college, career, and civic readiness while giving students voice and
Preview of Georgia Project Based Learning: Community Problem & Solution, Grades 9–12

Georgia Project Based Learning: Community Problem & Solution, Grades 9–12

This Project Based Learning (PBL) unit is perfect for end-of-year, after testing, or end-of-semester student engagement. This flexible Project Based Learning unit can be used over 1–3 weeks depending on your schedule. Students have the opportunity to investigate real-world community issues, analyze evidence, and propose solutions—while building critical thinking, academic discourse, and collaboration skills. This PBL supports college, career, and civic readiness while giving students voice and
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 Thanksgiving Performance Task / Brain Buster- Thanksgiving Logic Problem

Thanksgiving Performance Task / Brain Buster- Thanksgiving Logic Problem

Created by
Counting Corner
A great mathematic/logic Thanksgiving brain buster! Originally designed for an IB math class, it can be used for IB or for any high school math class looking to have a day of logic for Thanksgiving. Students use deductive reasoning and logic to unravel the mystery of a Thanksgiving dinner and all the guests! Answers included!
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)
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