Ministry of Environment and Water conducted a research regarding changes of the sea surface temperature that can affect some species of animal, plants, and microbes in Malaysia. Three islands from 42 Islands that gazed as Marine Park in Malaysia are randomly selected as the sample for this study, which are Kapas Island, Kuraman Island and Rusukan Island. For each island, the temperature (in °C) was measured for 50 days. The Microsoft Excel output of descriptive statistics for the in Table 1. are 3 (Aph aut) Test ,8PM IVERSMA SIA PAHANG 0.7835 Standard Error over Table 1 Kapas Island Kuraman Island Мean 25.9338 Mean Standard Error ONE #N/. 0.8597 Standard Error 25.1300 Median 25.6100 Median 0.8737 Mode #N/A 23.2000 Median 26.4800 Mode Standard Mode Standard #N/A Deviation Standard 5.5404 Deviation 6.0790 Deviation Sample Variance 36.9548 Sample Variance 6.1780 Kurtosis 30.6959 Sample Variance -1.3121 Kurtosis 38.1679 -0.8547 Kurtosis Skewness -0.1360 Skewness -1.1987 0.4167 Skewness Range 19.7100 Range -0.3522 Novem! Minimum 19.3200 Range 15.0100 Minimum 19.9700 Maximum 15.5800 Minimum 34.7200 Maximum 13.0000 Sum 34.9000 Maximum 1296.6900 Sum 32.9700 1214.4600 Sum Count 50 Count 1256.5000 50 Count 50 (i) Determine the shape of distribution of the sea surface temperature for Kuraman Island. Then, comment the data based on the distribution shape. Te
Ministry of Environment and Water conducted a research regarding changes of the sea surface temperature that can affect some species of animal, plants, and microbes in Malaysia. Three islands from 42 Islands that gazed as Marine Park in Malaysia are randomly selected as the sample for this study, which are Kapas Island, Kuraman Island and Rusukan Island. For each island, the temperature (in °C) was measured for 50 days. The Microsoft Excel output of descriptive statistics for the in Table 1. are 3 (Aph aut) Test ,8PM IVERSMA SIA PAHANG 0.7835 Standard Error over Table 1 Kapas Island Kuraman Island Мean 25.9338 Mean Standard Error ONE #N/. 0.8597 Standard Error 25.1300 Median 25.6100 Median 0.8737 Mode #N/A 23.2000 Median 26.4800 Mode Standard Mode Standard #N/A Deviation Standard 5.5404 Deviation 6.0790 Deviation Sample Variance 36.9548 Sample Variance 6.1780 Kurtosis 30.6959 Sample Variance -1.3121 Kurtosis 38.1679 -0.8547 Kurtosis Skewness -0.1360 Skewness -1.1987 0.4167 Skewness Range 19.7100 Range -0.3522 Novem! Minimum 19.3200 Range 15.0100 Minimum 19.9700 Maximum 15.5800 Minimum 34.7200 Maximum 13.0000 Sum 34.9000 Maximum 1296.6900 Sum 32.9700 1214.4600 Sum Count 50 Count 1256.5000 50 Count 50 (i) Determine the shape of distribution of the sea surface temperature for Kuraman Island. Then, comment the data based on the distribution shape. Te
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.6: Summarizing Categorical Data
Problem 10CYU
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Transcribed Image Text:Ministry of Environment and Water conducted a research regarding changes of the sea surface
temperature that can affect some species of animal, plants, and microbes in Malaysia. Three islands
from 42 Islands that gazed as Marine Park in Malaysia are randomly selected as the sample for
this study, which are Kapas Island, Kuraman Island and Rusukan Island. For each island, the
temperature (in °C) was measured for 50 days. The Microsoft Excel output of descriptive statistics
for the data are summarized in Table 1.
CONF AL
M3 (Apheaut) Test
SPM to
Table 1
toveko
Kapas Island
Kuraman Island
Мean
Rusukan Island
25.9338
Mean
24.2892
Mean
25.1300
Standard Error
0.8597
Median
0.7835
Standard Error
0.8737
25.6100 Median
Mode
23.2000
hedian
26.4800
#N/A
Mode
Standard
#N/A
Mode
#N/A
Standard
Deviation
6.0790 Deviation
5.5404 Deviation
Sample Variance
36.9548 Sample Variance
6.1780
30.6959 Sample Variance
Kurtosis
-1.3121
Kurtosis
38.1679
Skewness
-0.8547
Kurtosis
-0.1360 Skewness
-1.1987
Range
0.4167
Skewness
ovem
19.7100 Range
-0.3522
19.3200 Range
Minimum
15.0100 Minimum
19.9700
Мaximum
15.5800
Minimum
13.0000
34.7200 Maximum
Sum
34.9000
Мaximum
32.9700
1296.6900 Sum
1214.4600
Sum
Count
1256.5000
50
Count
50
Count
50
(i)
Determine the shape of distribution of the sea surface temperature for Kuraman Island. Then,
comment the data based on the distribution shape.
ANG
JAL
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