2420 Back To Back STEM Plots

Remember, median is (n+1)/2 ... then count from the top or bottom to find the value THEN make sure you read it off the stem plot correctly (including the stem, not just the leaf). The median of a data set with an even number for 'n' may give a decimal answer.

Remember, median is (n+1)/2 ... then count from the top or bottom to find the value THEN make sure you read it off the stem plot correctly (including the stem, not just the leaf). The median of a data set with an even number for 'n' may give a decimal answer.

Remember, median is (n+1)/2 ... then count from the top or bottom to find the value THEN make sure you read it off the stem plot correctly (including the stem, not just the leaf). The median of a data set with an even number for 'n' may give a decimal answer.

Remember, median is (n+1)/2 ... then count from the top or bottom to find the value THEN make sure you read it off the stem plot correctly (including the stem, not just the leaf). The median of a data set with an even number for 'n' may give a decimal answer.

Range is the highest value minus the lowest value.

Range is the highest value minus the lowest value.

Range is the highest value minus the lowest value. Did you notice the 31.5 isn't the lowest number ... it's 31.0 ... so they are both 5.5 range.

Remember, median is (n+1)/2 ... then count from the top or bottom to find the value THEN make sure you read it off the stem plot correctly (including the stem, not just the leaf). The median of a data set with an even number for 'n' may give a decimal answer.

Remember, median is (n+1)/2 ... then count from the top or bottom to find the value THEN make sure you read it off the stem plot correctly (including the stem, not just the leaf). The median of a data set with an even number for 'n' may give a decimal answer.

Remember, median is (n+1)/2 ... then count from the top or bottom to find the value THEN make sure you read it off the stem plot correctly (including the stem, not just the leaf). The median of a data set with an even number for 'n' may give a decimal answer.

Remember, median is (n+1)/2 ... then count from the top or bottom to find the value THEN make sure you read it off the stem plot correctly (including the stem, not just the leaf). The median of a data set with an even number for 'n' may give a decimal answer.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Range is the highest value minus the lowest value.

Range is the highest value minus the lowest value.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Range is the highest value minus the lowest value.

Range is the highest value minus the lowest value.

Remember, median is (n+1)/2 ... then count from the top or bottom to find the value THEN make sure you read it off the stem plot correctly (including the stem, not just the leaf). The median of a data set with an even number for 'n' may give a decimal answer.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Range is the highest value minus the lowest value.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.

Always be careful with the stem plot on the left, that you don't just rotate it clockwise to determine it's skew. Mirror it across to the right, then rotate anti-clockwise to get the shape of the data.