New Normal Statistics

The only way to get better at statistics is with practice! Use this 2-page worksheet to give your students opportunities to practice their skills. This worksheet includes problems where students will ... Find and interpret z-scoresFind missing values (and standard deviations and means) from z-scoresCompare z-scoresThis product works well in an Introduction to Statistics class or AP Statistics class. AP students will work through it much faster than Intro students. Included: 2-Page Worksheet2-Pa

The only way to get better at statistics is with practice! This partner activity will give your students 11 great opportunities to practice and collaborate with a partner. Each partner will work through one column of problems, then compare with their partner. Their answers should match, even though the problems are different. Bonus, after class I tell my students to keep the worksheet with half of it blank. The other half of the activity makes a great study guide for the night before a quiz

The only way to get better at statistics is with practice! Use this 2-page worksheet to give your students opportunities to practice their skills. This worksheet includes problems where students will ... Find and interpret percentilesFind datapoints based on percentilesCompare percentiles from different datasetsFind and interpret distances from means (This is a really good set up for standard deviation and why it's important!)This product works well in an Introduction to Statistics class or AP

The only way to get better at statistics is with practice! Use this 2-page worksheet to give your students opportunities to practice their skills. This worksheet includes problems where students will ... Find the area above, below, and between values using the Empirical Rule (68-95-99.7 Rule)Find the area between two values that are not symmetrical (for example, between 2 SDs below and 1 SD above)Find the area between two values that are all on one side of the distribution (for example, between

The only way to get better at statistics is with practice! This scavenger hunt will give students opportunities to practice using z-scores. Print and hang the 10 stations around the room. Students can start at any station they'd like. Their answer directs them to the next problem. After completing all 10 stations, they should be back where they started. The stations include: 3 problems finding z-score,  2 problems finding a value given a z-score,  2 problems finding a mean,  2 problems find

Time to review for the AP Stats exam and your students are overwhelmed by inference? These practice problems will help! Each problem gives a scenario, and students must decide what type of inference they would use. Test or interval? Mean or proportion? Z or T? Slope? Chi-Square? These practice problems have them all! The first page aligns with my YouTube video so that students can get in-depth explanations on each problem. Assign the video as homework, watch as a class, or give a link

Time to review for the AP Stats exam and your students are overwhelmed by inference? These practice problems will help! Each problem gives a scenario, and students must decide what type of inference they would use. Test or interval? Mean or proportion? Z or T? Slope? Chi-Square? These practice problems have them all! The first page aligns with my YouTube video so that students can get in-depth explanations on each problem. Assign the video as homework, watch as a class, or give a link

The only way to get better at statistics is with practice! These stations will help students review measures of center and spread. There are 12 stations included, which cover questions that include ... Find the mean and median (2)Mean vs median based only on graph/description (3)Interpret standard deviation (3)Choose the appropriate measures of center and spread (2)Find the five-number summary and check for outliers (2)What happens to the mean/median with an outlier (2)This product works well

The only way to get better at statistics is with practice! This scavenger hunt will give students opportunities to practice using all the major probability rules. Print and hang the 10 stations around the room. Students can start at any station they'd like. Their answer directs them to the next problem. After completing all 10 stations, they should be back where they started. The stations include: 4 problems using tree diagrams 4 problems using venn diagrams or tables 2 problems using the c

The only way to get better at statistics is with practice! This scavenger hunt will give students opportunities to practice finding and using Least Squares Regression Lines. Print and hang the 10 stations around the room. Students can start at any station they'd like. Their answer directs them to the next problem. After completing all 10 stations, they should be back where they started. The stations include: 3 problems making predictions, 3 problems calculating residuals, 3 problems finding

The only way to get better at statistics is with practice! Use this 2-page worksheet to give your students opportunities to practice their skills with two way tables (contingency tables), marginal, and conditional distributions. This worksheet includes problems where students will ... Fill in missing parts of a partially filled in two way table.Answer brief conditional questions like "what percent of ______ ..."Find marginal distributionsFind conditional distributionsGraph conditional distribut

This product accompanies my free YouTube video on the basic vocabulary of collecting data: populations, parameters, samples, and statistics! 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 e

The only way to get better at statistics is with practice! This escape room is a fun opportunity for students to practice their skills with two way tables (contingency tables), marginal, and conditional distributions. This escape room includes problems where students will ... Answer questions about a two-way table like "what percent of ______ ..."Find conditional distributionsGraph conditional distributions with a segmented bar graphDetermine if two variables are associated.This product works w

This product accompanies my free YouTube video on finding the LSRL by hand! 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 Introduct

This product accompanies my free YouTube video on quantitative vs categorical variables and categorical graphs! 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. Thi

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.

This product accompanies my free YouTube video on finding and interpreting residuals! 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

This product accompanies my free YouTube video on using the Least Squares Regression Line to make predictions! It also gets into the details of correlation coefficients. 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

This product accompanies my free YouTube video on two-way tables! 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 Sta

This product accompanies my free YouTube video on the scope of inference! 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 Introductio