Students will use this activity for the following Algebra concepts: Review of Direct Variation; Properties of direct variations; Finding the constant of variations from data sets; Find missing values in data sets both numerically and...

Create your own scatter plot or use real-world data and try to fit a line to it. Explore how individual data points affect the correlation coefficient and best-fit line.

In these questions, students will find the linear equation of best fit for a set of data and interpret the correlation coefficient. Questions are multiple-choice and true/false; solutions are provided.

[Free Registration/Login may be required to access all resource tools.] In this lesson students draw a scatter plot of data, find and draw the function that best fits that data, and make predictions from that information. Students watch...

In this online activity use view tubes to collect data and determine the linear relationship and line of best fit.

Learners will learn how to draw a line of best fit for a set of data using m&m's and a "Bungee."

A tutorial on how to find the line of best fit or least-squares regression line for a set of data in a scatter plot using different methods and calculations.

In this experiment you will attempt to reproduce Galileo's results using the inclined plane. You will test three hypotheses relating to motion on an incline. You will learn to draw a "best fit" or regression line of experimental data....

This module leads students through the process of graphing data and finding a line of best fit while exploring the characteristics of linear equations in algebraic and graphic formats. Then, these topics are connected to real-world...

In this activity, students find lines of best fit to model Olympic data.

Three different concepts are examined about scatter plots. Topics featured are collecting data, analyzing scatter plots, and determining a line of "best fit". The instructional activity has an overview, material, procedures, and...

Three different concepts are examined about scatter plots. Topics featured are collecting data, analyzing scatter plots, and determining a line of "best fit". The lesson has an overview, material, procedures, and evaluation techniques.

Three different concepts are examined about scatter plots. Topics featured are collecting data, analyzing scatter plots, and determining a line of "best fit". The lesson plan has an overview, material, procedures, and evaluation techniques.

Three different concepts are examined about scatter plots. Topics featured are collecting data, analyzing scatter plots, and determining a line of "best fit". The lesson plan has an overview, material, procedures, and evaluation techniques.

The practice problem has learners sketch a line of best fit, create a linear model, and compare both lines on a calculator. The given points are available in PDF format.

The practice problem has learners sketch a line of best fit, create a linear model, and compare both lines on a calculator. The given points are available in PDF format.

Learners sketch a line of best fit, create a linear model, and compare both lines on a calculator. The given points are available in PDF format.

Students sketch a line of best fit, create a linear model, and compare both lines on a calculator. The given points are available in PDF format.

The practice problem examines the line of best fit and scatter plots. The scatter plot is available in PDF format.

The practice problem examines the line of best fit and scatter plots. The scatter plot is available in PDF format.

Learners use a scatter plot to determine the line of best fit. The scatter plot is available in PDF format.

Learners use a scatter plot to determine the line of best fit. The scatter plot is available in PDF format.

The practice problem examines the line of best fit and a scatter plot. The scatter plot is available in PDF format.

The practice problem examines the line of best fit and a scatter plot. The scatter plot is available in PDF format.