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Minimum First Quartile Median Third quartile Maximum a) 5 9 13 20 25 b) 8 12 28 34 40 c) 17 26 39 45 52 d) 20 40 50 60 140 For problems 1 a)-d), draw box-and-whisker diagrams to represent each set of data. Attached pictures are notes for reference. Thank you so much for your help.

Minimum First Quartile Median Third quartile Maximum a) 5 9 13 20 25 b) 8 12 28 34 40 c) 17 26 39 45 52 d) 20 40 50 60 140 For problems 1 a)-d), draw box-and-whisker diagrams to represent each set of data. Attached pictures are notes for reference. Thank you so much for your help.

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
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ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
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Minimum First Quartile Median Third quartile Maximum
a) 5 9 13 20 25
b) 8 12 28 34 40
c) 17 26 39 45 52
d) 20 40 50 60 140

For problems 1 a)-d), draw box-and-whisker diagrams to represent each set of data. Attached pictures are notes for reference. Thank you so much for your help.

shown below. Note: In a box-and-whisker diagram, the width of the box is arbitrary A bar-and-whisker diagram can be drawn vertically 506 as Example 5. - maximum value 504+ + Q, 502 - Volume (mL) + median 500+ < Q, 498 + 496 - + minimum value Solution: 494 Figure 5.7 Example 5.6: Consider the following set of data: 4,8, 9, 10, 11, 13, 15 Find the median, the first quartile, and the third a. quartile. Draw a box-and-whisker diagram to represent the b. data. Solution: Median = 10 a. First quartile = 8 Third quartile 13 b. The required box-and-whisker diagram is shown below. We compa: examp. Examp 4 6. 8 10 12 14 16 Figure 5.8 without affecting the meaning of the display. 274
Transcribed Image Text:shown below. Note: In a box-and-whisker diagram, the width of the box is arbitrary A bar-and-whisker diagram can be drawn vertically 506 as Example 5. - maximum value 504+ + Q, 502 - Volume (mL) + median 500+ < Q, 498 + 496 - + minimum value Solution: 494 Figure 5.7 Example 5.6: Consider the following set of data: 4,8, 9, 10, 11, 13, 15 Find the median, the first quartile, and the third a. quartile. Draw a box-and-whisker diagram to represent the b. data. Solution: Median = 10 a. First quartile = 8 Third quartile 13 b. The required box-and-whisker diagram is shown below. We compa: examp. Examp 4 6. 8 10 12 14 16 Figure 5.8 without affecting the meaning of the display. 274
quartile, the median, the third quartile, and the maximum value of the data. A box-and-whisker diagram (also called a boxplot) is used to display information of a set of data, including the minimum value, the first 10 selected bottles from filling line A that we have discussed in Section 5.1. Below is a box-and-whisker diagram for the volumes of soft drink in the More on Box-and-Whisker Diagrams data has a some n home to + 494 502 Volume (mL) Figure 5.5 496 498 500 504 506 rel time of The box contains the middle 50% of the data. The median is marked tr the vertical line segment in the box. The first quartile (Q) and the third ortile (0,) are marked by the left edge and the right edge of the box, espectively. The line segments extending from the edges of the box to the ninimum value and the maximum value are called whiskers. Each whisker eights of contains 25% of the data. median maximum value minimum value 25% of data 25% of data 25% of data Figure 5.6 25% of data of constructing a box-and-whisker diagram are given below: steps The MATH FOGUE Draw a box that reaches from the first quartile to the third quartile on a horizontal scale. Draw a vertical line segment across the box at the median. Step 1. Step 2. Draw a line segment from the left edge of the box to the minimum value. Siep 3. Draw a line segment from the right edge of the box to the maximum value. Step 4. 273
Transcribed Image Text:quartile, the median, the third quartile, and the maximum value of the data. A box-and-whisker diagram (also called a boxplot) is used to display information of a set of data, including the minimum value, the first 10 selected bottles from filling line A that we have discussed in Section 5.1. Below is a box-and-whisker diagram for the volumes of soft drink in the More on Box-and-Whisker Diagrams data has a some n home to + 494 502 Volume (mL) Figure 5.5 496 498 500 504 506 rel time of The box contains the middle 50% of the data. The median is marked tr the vertical line segment in the box. The first quartile (Q) and the third ortile (0,) are marked by the left edge and the right edge of the box, espectively. The line segments extending from the edges of the box to the ninimum value and the maximum value are called whiskers. Each whisker eights of contains 25% of the data. median maximum value minimum value 25% of data 25% of data 25% of data Figure 5.6 25% of data of constructing a box-and-whisker diagram are given below: steps The MATH FOGUE Draw a box that reaches from the first quartile to the third quartile on a horizontal scale. Draw a vertical line segment across the box at the median. Step 1. Step 2. Draw a line segment from the left edge of the box to the minimum value. Siep 3. Draw a line segment from the right edge of the box to the maximum value. Step 4. 273
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