Bringing Math Forward

This bundle includes a PowerPoint presentation which has step by step instructions for finding interquartile range both with and without a graphing calculator. Additionally, the bundle includes a hand-out for students with step by step directions for finding the interquartile range, both with and without a graphing calculator. Finally, there is an activity sheet with problems for students to determine interequartile ranges and interpret box and whisker plots.

Finding standard deviation and interquartile range can be challenging for students. The presentations and the notes in this bundle break down the processes with step by step instructions. The bundle combines two powerpoints to explain how to find both standard deviation and IQR and two documents with students notes on finding both with and without a graphing calculator as well as student problems on both processes.

This bundle combines a powerpoint presentation and a student activity. Both products look at scatter plots, trend lines, equations of lines of best fit, correlation coefficients, residuals, and predictions. In the powerpoint, there is an example which can be reviewed by the teacher followed by an examples students can work on. Embedded in the presentation are instructions for using the STAT function on a graphing calculator to determine the equation of line of best fit and the correlation coeffi

This bundle includes two resources. The first is a PowerPoint on probability which covers vocabulary and simple and compound probability. The second is a packet of three worksheets which cover the same topics; the worksheets all contain unique problems and answer keys are included.

In this bundle are included a PowerPoint which explains how to determine standard deviation without and with a graphing calculator. Students are led through examples with step by step directions for both cases. Additionally, the bundle includes student notes on finding standard deviation (with and without a graphing calculator) and a student exercise which mirrors the examples found in the PowerPoint.

In this presentation, there are two examples on finding interquartile range with step by step instructions for students. Additionally, there is an examination of box and whisker plots as well as instructions for using a graphing calculator to find interquartile range.

In this PowerPoint presentation, students are shown, step by step, how to determine the standard deviation for a set of data. Additionally, the data is then presented graphically in a histogram so students can visually see what "within one standard deviation" means. Finally, students again are led, step by step, through to determining standard deviation using a graphing calculator.

This powerpoint helps students understand the relationship between scatter plots, trend lines, lines of best fit and their equations, correlation coefficients, and residuals. Additionally, the powerpoint looks at using the equations of the lines of best fit to make predictions. There are two examples included in the presentation - one may used as an example and one may be used as a teacher-led exercise for students. Additionally, there are instructions for how to use the STAT function on a graph

This PowerPoint presentation has a Valentine's theme but can be used at any time. The presentation includes vocabulary, simple probability, compound events and their probability, and student examples.

This PowerPoint presentation can be used as a virtual candy box to explain and practice determining theoretical and experimental probabilities. Up to 50 choices are available when determining experimental probability.