MODULE 10 REVIEW Question 1 REVIEW REVIEW REVIEW

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MODULE 10

MODULE 10

REVIEW Question 1

REVIEW Question 1

REVIEW

REVIEW

REVIEW

REVIEW

REVIEW

REVIEW

REVIEW Question 6

REVIEW Question 6

FIRST WE REVIEW What do you remember about box plots?

FIRST WE REVIEW What do you remember about box plots?

LET’S DEBATE

LET’S DEBATE

STANDARD DEVIATION IS. . . a typical distance of the observations from their mean

STANDARD DEVIATION IS. . . a typical distance of the observations from their mean is a number that measures how far away the typical observation is from the center of the distribution

LET’S PLAY THE STANDARD DEVIATION GAME. . . Your team’s task: Create a data

LET’S PLAY THE STANDARD DEVIATION GAME. . . Your team’s task: Create a data set of four whole numbers (from 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10) with the lowest standard deviation value possible Input your four numbers (again use numbers from 0 to 10 only) into Stat Crunch, then calculate the standard deviation Change a value or values until you get the lowest possible standard deviation you can. 3 minutes. Go. Now create a data set (again only from 0 to 10) with the largest possible standard deviation.

WHICH HAS THE LARGER SD? What’s the range? What’s the mean? B has the

WHICH HAS THE LARGER SD? What’s the range? What’s the mean? B has the larger SD

WHICH HAS THE LARGER SD? What’s the range? What’s the mean? They have the

WHICH HAS THE LARGER SD? What’s the range? What’s the mean? They have the same SD

WHICH HAS THE LARGER SD? What’s the range? What’s the mean? B has the

WHICH HAS THE LARGER SD? What’s the range? What’s the mean? B has the larger SD

WHICH HAS THE LARGER SD? What’s the range? What’s the mean? B has the

WHICH HAS THE LARGER SD? What’s the range? What’s the mean? B has the larger SD

CALCULATING THE STANDARD DEVIATION. . .

CALCULATING THE STANDARD DEVIATION. . .

LET’S FIND THE STANDARD DEVIATION Let’s look at the Unit 2 test scores from

LET’S FIND THE STANDARD DEVIATION Let’s look at the Unit 2 test scores from another year Let’s find the standard deviation Let’s plug it into statcrunch and check our work