Math Luvr

This bundle contains 6 PowerPoint presentations to accompany the pre-printed notes for Chapter 2 for Bluman's Elementary Statistics textbook. I used them as lecture slides. The examples and definitions are animated upon each click of the mouse. The files contained are as follows: 0201-02 Organizing Data 0203 Histograms, Frequency Polygons, and Ogives 0204 Part 2 Pie Graphs 0204 Part 3 Stem and Leaf Graphs 0204 Part 4 Misleading Graphs and Summary Plus a review presentation of a Review 2-1 th

This zip file contains 3 PowerPoint Presentations for Chapter 5 Discrete Probability Distributions from the text, Elementary Statistics by Bluman. The presentations have click through animations, which allow the teacher to go through the examples step-by-step. 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 These PowerPoints can be used on their own, or to accompany the pre-printed

This zip folder contains 2 click animated PowerPoint Presentations and two Word files that contain fillable notes to go with those presentations. All the files are editable. They cover the material for sections 6-1 through 6-4 of Bluman's Elementary Statistics textbook. The objectives are: - To identify properties of a normal distribution - Find the area under the standard normal distribution, given various z values - Find probabilities for normally distributed variables by converting them

This PowerPoint presentation is animated to go with the pre-printed notes sheet which is also available for sale. All of my Statistics lessons are made to accompany the Allan G. Bluman Book, ELEMENTARY STATISTICS. Objective: To represent data in frequency distributions graphically using histograms, frequency polygons and ogives

This file contains six PowerPoint files to correspond with the Chapter 4 Notes bundle for Bluman's Elementary Statistics textbook. Each presentation has definitions and examples completed with click through animation in the slide show. If you would like to see how I used these, you can see video lessons on YouTube channel Flippin Cowan Statistics. Some topics included are the Addition and Multiplication Rules, Combinations and Permuations, Conditional Probability, and counting rules.

These PowerPoint presentations accompany my pre-printed notes from Bluman's Elementary Statistics Chapter 3. There is an extra presentation that gives the steps to using the TI83/84 for 1 variable analysis. Chapter 3 includes Measures of Central Tendency, Variation, and Position, as well as, Exploratory Data Analysis. Notes contain PowerPoint animation upon mouse clicks. Thumbnails is from section 3-5.

This PowerPoint presentation is animated to go with the pre-printed notes sheet. All of my Statistics lessons are made to accompany the Allan G. Bluman Book, ELEMENTARY STATISTICS. These sections are on the Nature of Statistics, and the two branches of Statistics, Descriptive and Inferential.

This PowerPoint presentation is animated to go with the pre-printed notes sheet. All of my Statistics lessons are made to accompany the Allan G. Bluman Book, ELEMENTARY STATISTICS There is a group activity I made to go with this section.

This accompanies the Misleading Statistics Worksheet for lesson 1-6 from Bluman's Statistic Text. It could also be used on it's own to stimulate critical thinking and class discussion. The answers are set to appear upon 2nd click of slide.

This animated PowerPoint accompanies Allan Bluman's Elementary Statistics textbook. There is a pre-printed notes sheet to go along with the presentation. Objective: To be able to identify the four basic sampling techniques

This PowerPoint presentation is animated to go with the pre-printed notes sheet. All of my Statistics lessons are made to accompany the Allan G. Bluman Book, ELEMENTARY STATISTICS. Objective: To organize data using frequency distributions

This animated PowerPoint accompanies Bluman's textbook section 1-5. There is an available pre-printed notes sheet. Objective: To be able to explain the difference between an observational and an experimental study