Post on 18-Dec-2014
description
transcript
Data of Ms.Lays Class peroid 2
The data of Ms.Lays 2nd hour
Last Name First Name HeadSize GhostBlaster StopWatch HandSlap MorF
1 James Dion 17 24.31 0 m
2 Matatov Sarah 13 30.09 1 f
3 Nadrozny Katherine -9 30.06 1 f
4 Miller Allyson 17 29.91 1 f
5 Denzer Haylie 28 29.85 1 f
6 Barkan Omer 29 29.03 1 f
7 Koester Sophia 19 27.11 1 f
8 Nguyen Serena 24 30.25 2 f
9 Yang Shirley 51 30.06 2 f
10Hall Corey 18 29.99 2 m
11 Sharma Abhinav 33 29.91 2 m
12Ray Megan -35 29.84 2 f
13Ellis Sahirah 28 29.82 2 f
14Thomas George 41 29.59 2 m
15Berner Riley 11 30.44 3 m
16Martin Madeline 17 30.22 3 f
17Morris Elizabeth 28 29.94 4 f
18Neitzel Alec 28 29.83 4 m
19Donohue Drew 11 29.62 4 m
20Fisher Ian 18 29.03 4 m
21McNamara Jonathan 26 30.12 5 m
22Miller Jackson 26 29.94 5 m
23Lemay Brian 32 29.85 5 m
24Cimarusti Eric 16 30.05 6 m
25Caughey Matthew 17 29.94 7 m
26Woods Mary 2 29.93 7 f
27Neitzel Brady 36 29.79 7 m
Measures of center and rangeGB SW HS
Mean 20.07407 points
29.5704 sec
3.111111111111 slaps
Median 19 points 29.91 sec 2 slapsMode 17 and 28
points29.94 sec 2 slaps
Range 86 point 6.13 sec 7 slapsOutliers neg 35,neg
9,2,11, 36,41, and 51 points
24.31 sec No outliers
Box plot for Ghost Busters
-35 -25 -15 -5 5 15 25 35 45 55
Median: 19 Upper Quartile: 28 Lower Quartile: 16 Minimum: -35 Maximum: 51
Box plot for stop watch
24 24.5 25 25.5 26 26.5 27 27.5 28 28.5 29 29.5 30 30.5 31 31.5
Median: 29.91 Lower quartile: 29.79 Upper quartile: 30.05 Minimum: 24.31 Maximum: 30.44
Box Plot for hand slaps
0 1 2 3 4 5 6 7 8
Median: 2 Lower Quartile: 1 Upper Quartile: 4 Minimum: 0 Maximum: 7
Hand slaps
Bar graph for hand slaps
0 slaps
1 slap
2 slaps
3 slaps
4 slaps
5 slaps
6 slaps
7 slaps
0 1 2 3 4 5 6 7
number of hand slapsI think that the bar graph best represents the data for hand slaps because it has a more exact data than the his-togram or the line plot.
Line plot for ghost blastersCollection 1
-40
to -
21
-20
to -
1
0 to
19
20 to
39
40 to
59
60 to
79
80 to
99
100
to 1
19
0
5
10
count
GhostBlaster
Circle Icon
I think that this best represents the ghost blasters data because it shows the clusters while still separating the data to show where it goes and it also shows each person rather than a bar.
Line plot for stop watchCollection 1
24.3
-25.
19
25.2
-26.
09
26.1
-26.
99
27-2
7.89
27.9
-28.
79
28.8
-29.
69
29.7
-30.
59
30.6
-31.
5
0
5
10
15
20
count
StopWatch
Circle Icon
I think that this line plot best shows the data for stop watch times because again it shows each person and it also separates them in groups rather than each one so the graph would not have to be that big
Variability
• For ghost blasters I think the data clusters around the 16-28 area. Some gaps though are -35--9, 2-11, 13-16, 11-13, 13-16, 19-24, 24-26, 26-28, 29-32, 33-36, 36-41, and 41-51, so that shows there was a lot of gaps.
• For hand slaps I think the data clusters around 0-7 area. There is no gaps though and it wasn’t spread out.
• For stop watch times I think the cluster is around 29.03-30.44. The a tons of gaps in the data, but the data was sort of spread out.
Typical sixth grader
• I think that from the data it shows in hand slaps that we are slow because the mode of the data is 2 and the median of the data is also 2, so that shows they are slow.
• I think also from the data that most people have a good reaction times because the median is 29.91 and the mode is 29.94 which is really close to 30.00 so it show people can react really fast at stop watches.
• I think again from the data that in ghost blasters that they have good reactions because it is the data is around 20 (an example is than the median is 19 and the mode is 17 and 28)
Who’s Faster boys or girls
Collection 1
0 1 2 3 4 5 6 7
f
m
MorF
HandSlap
Circle Icon
The boys are faster because if you look at the hand slaps the boys mean and median are 4 and the girls are 3, and the boys cluster is farther up than the girls.