Students are asked to give a reason why each statistic is misleading. This accompanies Bluman's Elementary Statistic Book, section 1-6.
The worksheet has two pages, and answers are attached.
**There is a PowerPoint to accompany the worksheet for class discussion.
This zip file contains two column "fillable" notes for Bluman's Elementary Statistics book for Chapter 4, Probability and Counting Rules. There are 6 editable Word files. Additionally, it contains a vocabulary file for the unit.
This zip file contains two column fillable notes for Bluman's Elementary Statistics book for Chapter 3, Data Description. There are five sections. There are 8 editable word files. Additionally, it contains a CVAR and Chebychev's review as my students had difficulty with those concepts. There is also a formula card for students.
This zip file contains two-column fill in notes that aligns with Chapter 5 from the textbook Elementary Statistics by Bluman. The sections covered are:
5-1 and 5-2 Introduction and Probability Distributions
5-3 Mean, Variance, Standard Deviation, and Expectation
5-4 The Binomial Distribution
The PowerPoint bundle that corresponds with these handouts is also available.
This activity was created to help introduce students to normal data distributions. This file contains an Excel workbook with instructions (for both 2010 and 2013 versions of Excel) for students to do the following:
Find the Mean, standard deviation, median, mode, and the distribution of data within a certain number of standard deviations from the mean.
Create bar graph and line chart of frequencies.
Answer questions regarding data on separate Worksheet.
This activity is totally editable, so you
This is a quick reference card I made for my Statistics course to help students with some of the basic formatting and formulas of Microsoft Excel as it relates to our projects.
This is a quick puzzle that correlates to the vocabulary in Chapter 4 of Bluman's Elementary Statistics textbook. Answer Key is included. There following terms are used:
Probability
Experiment
Outcome
Simple Event
Compound Event
Tree Diagram
Complement
Mutually Exclusive
Independent Events
Permutation
Combination
Classical Probability
Empirical Probability
Subjective Probability