Percent Increase and Decrease Quiz
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Transforming Data | Video, Guided Notes, and WSQ Form
This product accompanies my YouTube video on transforming data! It's the perfect way to lead into Normal distributions. It comes with printable guided notes and a Google Form that you can use to increase student engagement with the video. The Google Form is called a WSQ: Watch-Summarize-Question. Students watch the video and answer the questions in the Form, summarize what they learned, and question at least one thing in the video. This WSQ method increases student engagement while watching.
9th - 12th
Applied Math, Math, Statistics
Also included in: Normal Distribution Unit | Video and Notes BUNDLE!
Z-Scores | Video, Guided Notes and WSQ Form
This product accompanies my YouTube video on z-scores! It comes with printable guided notes and a Google Form that you can use to increase student engagement with the video. The Google Form is called a WSQ: Watch-Summarize-Question. Students watch the video and answer the questions in the Form, summarize what they learned, and question at least one thing in the video. This WSQ method increases student engagement while watching. This product works well in an Introduction to Statistics cla
9th - 12th
Applied Math, Math, Statistics
Also included in: Normal Distribution Unit | Video and Notes BUNDLE!
Histograms and Dotplots | Video, Guided Notes and WSQ Form
This product accompanies my free YouTube video on histograms and dotplots! It comes with printable guided notes and a Google Form that you can use to increase student engagement with the video. The Google Form is called a WSQ: Watch-Summarize-Question. Students watch the video and answer the questions in the Form, summarize what they learned, and question at least one thing in the video. This WSQ method increases student engagement while watching. This product works well in an Introducti
9th - 12th
Applied Math, Other (Math), Statistics
CCSS
HSS-ID.A.1
Also included in: Quantitative Data Unit | Video and Notes BUNDLE!
Percentiles and Distance from Mean | Video, Guided Notes, and WSQ Form
This product accompanies my YouTube video on percentiles and describing location within a dataset! It comes with printable guided notes and a Google Form that you can use to increase student engagement with the video. The Google Form is called a WSQ: Watch-Summarize-Question. Students watch the video and answer the questions in the Form, summarize what they learned, and question at least one thing in the video. This WSQ method increases student engagement while watching. This product wor
9th - 12th
Applied Math, Math, Statistics
Also included in: Normal Distribution Unit | Video and Notes BUNDLE!
Standard Deviation | Video, Guided Notes and WSQ Form
This product accompanies my free YouTube video on standard deviation! It comes with printable guided notes and a Google Form that you can use to increase student engagement with the video. The Google Form is called a WSQ: Watch-Summarize-Question. Students watch the video and answer the questions in the Form, summarize what they learned, and question at least one thing in the video. This WSQ method increases student engagement while watching. This product works well in an Introduction to
9th - 12th
Applied Math, Other (Math), Statistics
CCSS
HSS-ID.A.4
Also included in: Quantitative Data Unit | Video and Notes BUNDLE!
Empirical Rule | Video, Guided Notes, and WSQ Form
This product accompanies my YouTube video on the Empirical Rule! It comes with printable guided notes and a Google Form that you can use to increase student engagement with the video. The Google Form is called a WSQ: Watch-Summarize-Question. Students watch the video and answer the questions in the Form, summarize what they learned, and question at least one thing in the video. This WSQ method increases student engagement while watching. This product works well in an Introduction to Statisti
9th - 12th
Applied Math, Math, Statistics
Also included in: Normal Distribution Unit | Video and Notes BUNDLE!
Stem-and-Leaf Plots | Video, Guided Notes and WSQ Form
This product accompanies my free YouTube video on stem-and-leaf plots! It comes with printable guided notes and a Google Form that you can use to increase student engagement with the video. The Google Form is called a WSQ: Watch-Summarize-Question. Students watch the video and answer the questions in the Form, summarize what they learned, and question at least one thing in the video. This WSQ method increases student engagement while watching. This product works well in an Introduction t
9th - 12th
Applied Math, Other (Math), Statistics
Also included in: Quantitative Data Unit | Video and Notes BUNDLE!
AP Statistics.Represent 2 Categorical Variables (with video of lesson)
Unit 2 Lesson 1 (11th lesson of the AP Statistics Curriculum)If you are interested in purchasing the whole curriculum, click on the links below. AP Statistics: Whole CurriculumAP Statistics: Whole Curriculum with videos of lessonsIncluded in this download:Guided NotesNotes for teacherLesson KeyVideo of lesson for flipped classrooms or absent studentsAssignment (Homework/Classwork)Lesson Quiz (key included)Power Point Presentation of lessonKeynote Presentation of LessonLink to supplemental materi
9th - 12th, Higher Education
Math, Statistics
Also included in: AP Statistics Curriculum Mega Bundle (with videos of each lesson)
Line of Best Fit and Scatterplots - Editable Notes, Practice, and Video
This 8th grade math lesson covers drawing a line of best fit to model linear associations in scatterplots using and writing equations of trend lines.S Students will use the informal strategy of fitting a line with about half the points of the scatterplot above the line of best fit and the other half below the line. Editable worksheets with a ready-to-watch video are designed to help you meet the needs of diverse learners in your classroom in this done-for-you solution. ✓ Built-in scaffolding ✓
8th
Algebra, Statistics
CCSS
8.SP.A.2
, 8.SP.A.3
Scatterplots and Association - Editable Notes, Practice, and Video
This 8th grade math lesson covers identifing patterns of association and making predictions from bivariate data represented as scatterplots. Create and analyze scatterplots to determine if bivariate data has positive linear, negative linear, positive nonlinear, or negative nonlinear association. Editable worksheets with a ready-to-watch video are designed to help you meet the needs of diverse learners in your classroom in this done-for-you solution. ✓ Built-in scaffolding ✓ White space arrange
8th
Algebra, Statistics
CCSS
8.SP.A.1
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