Statistics practice

Scatterplots and Correlation worksheets

Construct and read labeled scatterplots from actual paired observations, calculate Pearson r, and interpret linear association without claiming causation.

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Use the labeled paired observations. Describe form and direction before calculating Pearson r; round r to the nearest thousandth. Association alone does not establish causation.

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Keep the paired observations visible

Every plot and calculation comes from the labeled x and y table printed beside it. Construction tasks keep the student plot blank, while reading tasks provide the actual point cloud and worked keys complete each requested diagram.

Learning objective

What this activity builds

Use paired quantitative data to describe direction and form, calculate Pearson correlation, and distinguish association from causation.

Worked example

A scatterplot rises from left to right and has r = 0.82. What does that mean?

The sample has a strong positive linear association under the stated classroom cutoff.

The sign gives direction and the magnitude describes linear strength. It does not show that changing x causes y to change.

Teaching notes

Make the practice count

  • Plot every ordered pair from the table before describing the cloud.
  • Discuss form before relying on r; a curved pattern can have r near zero.
  • Treat the printed strength cutoffs as a classroom convention, not universal boundaries.

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Relationship patterns
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Math SheetNameScoreTeacherDateScatterplots and CorrelationUse the labeled paired observations. Describe form and direction before calculating Pearson r; round r to the nearest thousandth. Association alone does not establish causation.1.Plot every ordered pair on the blank axes, then describe the direction and form.x: Study time (hours)911131517192123y: Quiz score (points)1721232925192715Quiz score (points)Study time (hours)51015202530252015102.Interpret Pearson r = 0.980 in context. State what the data do and do not justify.x: Study time (hours)89101112131415y: Quiz score (points)1323233739434759Quiz score (points)Study time (hours)68101214166040200Use the displayed pairs as the numeric truth; association does not prove causation.math-sheet.comPage 1 of 3
Math SheetNameScoreTeacherDateScatterplots and CorrelationUse the labeled paired observations. Describe form and direction before calculating Pearson r; round r to the nearest thousandth. Association alone does not establish causation.3.Calculate Pearson's correlation coefficient r from the displayed pairs.x: Study time (hours)810121416182022y: Quiz score (points)3935353130242317Quiz score (points)Study time (hours)510152025403020104.Use the supplied scatterplot to describe its direction and whether its form is linear or nonlinear.x: Study time (hours)56789101112y: Quiz score (points)35.523.515.511.511.515.523.535.5Quiz score (points)Study time (hours)46810121440302010Use the displayed pairs as the numeric truth; association does not prove causation.math-sheet.comPage 2 of 3
Math SheetNameScoreTeacherDateScatterplots and CorrelationUse the labeled paired observations. Describe form and direction before calculating Pearson r; round r to the nearest thousandth. Association alone does not establish causation.5.Calculate Pearson's correlation coefficient r from the displayed pairs.x: Study time (hours)68101214161820y: Quiz score (points)6656484040323018Quiz score (points)Study time (hours)5101520258060402006.Interpret Pearson r = 0.983 in context. State what the data do and do not justify.x: Study time (hours)678910111213y: Quiz score (points)1226283236485262Quiz score (points)Study time (hours)468101214806040200Use the displayed pairs as the numeric truth; association does not prove causation.math-sheet.comPage 3 of 3

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