Question
In: Civil Engineering
the annual precipitation measurements (Pi in cm) for M city, over a 20year period are shown...
- the annual precipitation measurements (Pi in cm) for M city, over a 20year period are shown in the following table. Determine the mean, standard deviation, and skew coefficient for this series.
|
Year |
Pi(cm) |
Year |
Pi(cm) |
|
1999 |
44.2 |
2010 |
39.2 |
|
2000 |
47.6 |
2011 |
38.3 |
|
2001 |
38.5 |
2012 |
46.1 |
|
2003 |
35.8 |
2013 |
33.1 |
|
2004 |
40.2 |
2014 |
35.0 |
|
2005 |
41.2 |
2015 |
39.3 |
|
2006 |
39.8 |
2016 |
42.0 |
|
2007 |
39.7 |
2017 |
41.7 |
|
2008 |
40.5 |
2018 |
37.7 |
|
2009 |
42.5 |
2019 |
36.6 |
- Determine the mean, standard deviation, and skew coefficient for the log values of annual rainfall for M City, given in Problem 1. Also determine the mean precipitation (in cm) of the log-transformed data.
Please clarify each step of the solution.
Solutions
Ally Wells answered 10 months agoRelated Solutions
The annual precipitation measurements (Pi in cm) for M city, over a 20year period are shown...
The annual precipitation measurements (Pi in cm) for M
city, over a 20year period are shown in the following table.
Determine the mean, standard deviation, and skew coefficient for
this series.
Year
Pi(cm)
Year
Pi(cm)
1999
44.2
2010
39.2
2000
47.6
2011
38.3
2001
38.5
2012
46.1
2003
35.8
2013
33.1
2004
40.2
2014
35.0
2005
41.2
2015
39.3
2006
39.8
2016
42.0
2007
39.7
2017
41.7
2008
40.5
2019
37.7
2009
42.5
2019
36.6
Annual precipitation measurements (Pi in...
The annual precipitation measurements (Pi in cm) for M city, over a 20year period are shown...
The annual precipitation measurements (Pi in cm) for M
city, over a 20year period are shown in the following table.
Determine the mean, standard deviation, and skew coefficient for
this series.
Year
Pi(cm)
Year
Pi(cm)
1999
44.2
2010
39.2
2000
47.6
2011
38.3
2001
38.5
2012
46.1
2003
35.8
2013
33.1
2004
40.2
2014
35.0
2005
41.2
2015
39.3
2006
39.8
2016
42.0
2007
39.7
2017
41.7
2008
40.5
2019
37.7
2009
42.5
2019
36.6
Annual precipitation measurements (Pi in...
The annual precipitation measurements (Pi in cm) for M city, over a 20year period are shown...
The annual precipitation measurements (Pi in cm) for M
city, over a 20year period are shown in the following table.
Determine the mean, standard deviation, and skew coefficient for
this series.
Year
Pi(cm)
Year
Pi(cm)
1999
44.2
2010
39.2
2000
47.6
2011
38.3
2001
38.5
2012
46.1
2003
35.8
2013
33.1
2004
40.2
2014
35.0
2005
41.2
2015
39.3
2006
39.8
2016
42.0
2007
39.7
2017
41.7
2008
40.5
2019
37.7
2009
42.5
2019
36.6
Determine the mean, standard deviation,...
The annual precipitation measurements (Pi in cm) for M city, over a 20year period are shown...
The annual precipitation measurements (Pi in cm) for M
city, over a 20year period are shown in the following table.
Determine the mean, standard deviation, and skew coefficient for
this series.
Year
Pi(cm)
Year
Pi(cm)
1999
44.2
2010
39.2
2000
47.6
2011
38.3
2001
38.5
2012
46.1
2003
35.8
2013
33.1
2004
40.2
2014
35.0
2005
41.2
2015
39.3
2006
39.8
2016
42.0
2007
39.7
2017
41.7
2008
40.5
2019
37.7
2009
42.5
2019
36.6
Annual precipitation measurements (Pi in...
The annual precipitation measurements (Pi in cm) for M city, over a 20year period are shown...
The annual precipitation measurements (Pi in cm) for M
city, over a 20year period are shown in the following table.
Determine the mean, standard deviation, and skew coefficient for
this series.
Year
Pi(cm)
Year
Pi(cm)
1999
44.2
2010
39.2
2000
47.6
2011
38.3
2001
38.5
2012
46.1
2003
35.8
2013
33.1
2004
40.2
2014
35.0
2005
41.2
2015
39.3
2006
39.8
2016
42.0
2007
39.7
2017
41.7
2008
40.5
2019
37.7
2009
42.5
2019
36.6
Annual precipitation measurements (Pi in...
The annual precipitation measurements (Pi in cm) for M city, over a 20year period are shown...
The annual precipitation measurements (Pi in cm) for M
city, over a 20year period are shown in the following table.
Determine the mean, standard deviation, and skew coefficient for
this series.
Year
Pi(cm)
Year
Pi(cm)
1999
44.2
2010
39.2
2000
47.6
2011
38.3
2001
38.5
2012
46.1
2003
35.8
2013
33.1
2004
40.2
2014
35.0
2005
41.2
2015
39.3
2006
39.8
2016
42.0
2007
39.7
2017
41.7
2008
40.5
2018
37.7
2009
42.5
2019
36.6
Determine the mean, standard deviation,...
The average annual precipitation for a large Midwest city is 30.85 inches with standard deviation of...
The average annual precipitation for a large Midwest city is
30.85 inches with standard deviation of 3.6 inches. What is the
probability that a random selection of 49 years will have mean
precipitation higher than 30 inches?
Over a 18 day period, daily measurements of silver yield from a mine us taken. The...
Over a 18 day period, daily measurements of silver yield from
a mine us taken. The company has an original goal of the 60th
percentile being more than 50 tons. From the 18 days, 8 days
yielded less than 50 tons. No day yielded exactly 50 tons. Test to
see if the company’s goal is upheld.
(a) State the hypothesis for testing this claim.
(b) Explain and show what test statistic you're using and how
to get the p-value
(c)...
The standard deviation of the annual precipitations of a region over a period of 100 years...
The standard deviation of the annual precipitations of a region
over a period of 100 years was 16 cm. During the last 15 years a
standard deviation of annual precipitations was computed as 10 cm.
Test the hypothesis that the precipitations in the region have
become less variable than in the past, using a significance level
of (a) 0.05 and (b) 0.01. Use chi-square distribution.
Average daily temperatures (°C) in a northern city over a period of 60 days are presented...
Average daily temperatures (°C) in a northern city over a period
of 60 days are presented in the partly completed grouped frequency
distribution table below. Determine the missing values and complete
the table.
Class
Frequency
Relative Frequency
Cumulative Frequency
Cumulative Relative Frequency
-20 to <
0.1
to < 0
0.15
15
0 to <
0.55
to < 20
57
20 to <
0.05
Total
60
-
-
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