Create a comparative dotplot for student heights split by sex.  To do this, go to graph and then select the graph type.  Here since we have all the heights in one column, it is a one y.  Since we are splitting the data by the variable sex, it is with groups.  Select height as the y (graph) variable, and then sex as the variable to split by. Change the title to “Student Heights by Sex”.  Make sure the x-axis is labeled “height in inches”.  To change labels, right click on them and choose edit.  Type in the new label.  Paste the graph below.  Does there seem to be a difference in heigh

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.8: Probability
Problem 31E
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Create a comparative dotplot for student heights split by sex.  To do this, go to graph and then select the graph type.  Here since we have all the heights in one column, it is a one y.  Since we are splitting the data by the variable sex, it is with groups.  Select height as the y (graph) variable, and then sex as the variable to split by. Change the title to “Student Heights by Sex”.  Make sure the x-axis is labeled “height in inches”.  To change labels, right click on them and choose edit.  Type in the new label.  Paste the graph below.  Does there seem to be a difference in heights based on sex?            

 

Age Gender Height Arm Length
Number Siblings
Birth Order Handedness
Number Classes
Number Credits
Hrs. Exercise
Athlete at Broome
Hrs. TV Award Pulse
Number Piercings
Facebook Friends
Followers on Instagram
Tattoo Division Local section
18 f 63 27.5 2 3 r 4 14 1.5 n 3 NP 74 2 82 72 n HS y 4
19 m 74 31.5 4 5 r 4 11 5 n 1.5 O   0 600 700 n STEM y 4
17 f 66 29.2 2 2 l 6 15 5 y 21 NP 64 2 1801 1370 n HS y 4
18 f 66 30 5 5 r 4 12 30 n 15 NP 91 1 500 700 n LA y 4
30 m 67 30 3 1 r 4 12 5 n 5 OG 83 2     y STEM n 4
20 f 66 27 1   r 5 15 7 n 7 AA 65 1 50 1015 n LA y 4
26 f 67 29 1 1 r 5 14 3 n 0 OG 22 5 130 120 y HS y 4
18 f 64 28 1 2 r 5 13 7 y 6 NP 20 5 50 50 y STEM y 4
17 f 64 28 3 2 r 5 13 2 n 3 NP   9 407 472 n   y 4
19 m 69   2 1 r 5 13 1 n 10 NP   0 0 70 y STEM y 4
18 f 66 27.5 4 1 r 5 12   n 48 AA 70 2 289 246 y HS n 4
19 m 75 30.5 3 2 r 5 13 4 n 2 OG 86 0 254 317 n LA y 4
18 m 70 31 2 2 r 4 14 1 n 18 NP 69 0 0 280 n HS n 4
18 m 73 30.5 2 2 r 6 17 4 n 6 NP   0 0 1000 n   n 4
18 m 70 31.5 2 2 r 5 16 3 n 40 OG 71 0 300 0 n STEM n 4
19 f 68 29 2 2 r 5 12 0 n 4 OG   2 0 1000 n   n 4
18 f 64 27.5 3 4 r 5 15 0 n 10 OG 92 9 200 400 y   y 4
18 m 71 31.5 1 1 r 4 12 3 y 8 OG   1 0 792 y BPS n 4
19 m 71 30 9 2 r 6 15 10 n 1 OG   2 0 2000 y HS y 4
24 m 70 30 5 6 a 1 3 3.5 n 15.5 AA 58 0 2000 450 n LA y 12
21 m 72 31 2 2 r 5 15 5 n 10 NP 52 1 0 378 y BPS y 12
18 m 69 30 1 2 r 7 20.5 5 n 3 NP 62 0 186 716 n HS n 12
44 f 64 25 5 2 r 4 13 3 n 3 NP 65 6 500 25 y HS y 12
18 f 63 28 0 1 r 4 14 15 n 5 NP 58 7 0 600 n HS y 12
20 f 66 29 1 2 r 5 13 6 n 5 OG 62 4 200 1000 y HS n 12
22 f 68 30 1 2 r 2 7 7 n 20 AA 68 0 0 0 n   n 12
18 f 64 28 0 1 r 6 18 7 n 1 NP 81 4 600 2000 y STEM n 12
32 f 63 26.5 2 1 r 4 12 0 n 7 NP   5 1600 0 n HS y 12
19 f 67 27 4 1 r 5 16 0 n 2 NP 88 4 923 1597 y HS n 12
28 m 66 29 5 2 r 4 14 1 n 20 NP 70 0 250 0 y HS n 12
19 f 63 27 1 2 r 6 17 6 y 9 OG 610 7 0 1500 n HS y 12
18 f 63 27 3   r 5 15 7 y 2 OG 68 4 100 1000 y LA n 12
19 f 61.5 27 3 1 r 5 14 2.5 y 2.5 OG 77 8 400 800 n HS y 12
19 f 66 28 1 1 r 4 12 7 n 12 NP 70 5 150 900 n HS y 12
19 f 62 25.5 2 3 r 4 12 0 n 20 AA 81 2 1000 340 n LA y 12
21 f 65 28 7 4 r 4 12 6 unsure 8 NP   7 0 2000 y STEM y 12
18 f 68 29.5 1 2 l 5 16 3 n 5 OG 45 2 0 65 n HS y 12
20 f 66 29.5 0 1 r 5 13 0 n 8 NP 60 2 500 401 n LA n 12
24 f 68 28 0 1 r 5 19 3 n 3.5 AA 86 2 0 62 y BPS n 11
18 f 64 29 1 1 r 5 15 3 n 7 NP 75 2 120 1624 n LA n 11
18 m 71 33 0 1 r 5   1 n 4 AA 74 0 0 30 n LA y 11
19 f 66   2 2 r 5 16 2 n 7 AA 82 4 60 585 n BPS n 11
19 f 61 28 1 2 l 4 12 0 n 10 AA 93 1 346 836 y HS n 11
18 f 69 29 1 2 l 5 15 60 unsure 14 AA 104 4 2000 1000 y LA y 11
18 f 64 28.5 2 2 r 5 15 4 n 2 OG 78 4 0 1580 y HS y 11
19 f 66 27 1 1 r 5 13 3 n 10 OG 75 7 500 1200 y LA y 11
18 f 65 25.3 4 3 r 5 15 14 n 20 AA 74 4 250 1800 y LA y 11
20 f 66 28.5 5 3 r 5 15 0.5 n 60 AA 74 3 2000 500 y LA y 11
20 m 71 30 1 1 r 7 17 8.5 n   NP   0 950 1112 n LA n 11
19 f 63 25 7 6 r 4 12 7 n 3 AA 101 2 2000 1600 n LA y 11
18 f 63 26 8 7 r 5 16 5 n 2 OG 70 6 500 730 y HS y 11
21 m 66 29 0 1 l 4 14 10 n 2 OG 78 0 0 600 y STEM n 11
22 f 69 27 0 1 r 2 8 5 n 3 OG 86 6 2000 1500 y HS y 11
39 f 64 25.5 6 6 r 2 6 5 n 10 NP 80 2 50 0 y HS y 11
20 f 62 25 1 1 r 4 14 20 n 0 NP   0 0 0 n LA y 11
18 m 67 28.5 5 2 r 5 16 8 y 0 NP 65 2 350 955 y   y 11
18 f 61 27 4 1 r 5 15 14 unsure 7 OG 88 0 0 0 n HS y 11
24 f 62 27.5 7 5 r 5 13 3 n 5 OG 76 0 1000 950 n HS y 11
4:48
l LTE 4
Grocery Data.xlsx
Items
Price
Method
58
141 O
9.
36 C
3
12 C
87
215 C
20
84 O
17 C
33
78 O
23
99 C
25
135 C
39 O
3
21 O
68
256 C
17
95 C
20
114 C
22
178 C
56
217 C
3
39 O
47
186 C
24
79 C
89
413 C
15
87 O
10
56 C
9.
25 O
1
23 O
17
109 C
23
156 C
1
16 O
38
174 C
40
233 C
5
41 O
19
95 C
77
237 C
Transcribed Image Text:4:48 l LTE 4 Grocery Data.xlsx Items Price Method 58 141 O 9. 36 C 3 12 C 87 215 C 20 84 O 17 C 33 78 O 23 99 C 25 135 C 39 O 3 21 O 68 256 C 17 95 C 20 114 C 22 178 C 56 217 C 3 39 O 47 186 C 24 79 C 89 413 C 15 87 O 10 56 C 9. 25 O 1 23 O 17 109 C 23 156 C 1 16 O 38 174 C 40 233 C 5 41 O 19 95 C 77 237 C
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