Question 1 The lifetimes (in units of 106 seconds) of certain satellite components are shown in the frequency distribution given in 'Datasetl'. 1. Draw a frequency polygon, histogram and cumulative frequency polygon for the data.

Holt Mcdougal Larson Pre-algebra: Student Edition 2012
1st Edition
ISBN:9780547587776
Author:HOLT MCDOUGAL
Publisher:HOLT MCDOUGAL
Chapter11: Data Analysis And Probability
Section11.2: Box-and-whisker Plots
Problem 1E
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Question
Dater
Jage Layout
Formulas
Data
Calibri
11
A A"
Paste
BIU 1 A-
pboard
Font
A.
B
D.
Dataset 1
Groups
Frequencies
300
to
306
13
306
to
312
16
312
to
318
37
318
to
324
79
324
to
330
82
330
to
336
37
336
to
342
13
342
348
11
taset 1
Dataset 2
Dataset 3
Dataset 4
Dataset 5
Dat
re to search
to
A..
Transcribed Image Text:Dater Jage Layout Formulas Data Calibri 11 A A" Paste BIU 1 A- pboard Font A. B D. Dataset 1 Groups Frequencies 300 to 306 13 306 to 312 16 312 to 318 37 318 to 324 79 324 to 330 82 330 to 336 37 336 to 342 13 342 348 11 taset 1 Dataset 2 Dataset 3 Dataset 4 Dataset 5 Dat re to search to A..
Question 1
The lifetimes (in units of 106 seconds) of certain satellite components
are shown in the frequency distribution given in 'Datasetl'.
1. Draw a frequency polygon, histogram and cumulative frequency
polygon for the data.
2. Calculate the frequency mean, the frequency standard deviation,
the median and the first and third quartiles for this grouped data.
3. Compare the median and the mean and state what this indicates
about the distribution. Comment on how the answer to this ques-
tion relates to your frequency polygon and histogram.
4. Explain the logic behind the equations for the mean and standard
deviation for grouped data, starting from the original equations
for a simple list of data values.
5. Set up the structure for a statistical test to determine whether the
data is normally distributed with the given mean and standard
Transcribed Image Text:Question 1 The lifetimes (in units of 106 seconds) of certain satellite components are shown in the frequency distribution given in 'Datasetl'. 1. Draw a frequency polygon, histogram and cumulative frequency polygon for the data. 2. Calculate the frequency mean, the frequency standard deviation, the median and the first and third quartiles for this grouped data. 3. Compare the median and the mean and state what this indicates about the distribution. Comment on how the answer to this ques- tion relates to your frequency polygon and histogram. 4. Explain the logic behind the equations for the mean and standard deviation for grouped data, starting from the original equations for a simple list of data values. 5. Set up the structure for a statistical test to determine whether the data is normally distributed with the given mean and standard
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