Report II
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School
Sir Syed College of Education, Kotli *
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Course
CREATIVE W
Subject
Statistics
Date
Nov 24, 2024
Type
docx
Pages
22
Uploaded by CaptainThunderArmadillo30
Contents
Summary
................................................................
2
Introduction
...........................................................
3
(a)Descriptive Statistics
.........................................
4
Graphs
....................................................................
5
Correlations
...........................................................
8
Description of Results:
..........................................
9
Multiple Regression Model
.................................
10
Description of Results:
........................................
12
Questionnaire:
......................................................
14
Test Details
...........................................................
21
Recommendations
................................................
21
Summary
An extensive survey of people was undertaken to get a complete picture of how people are
currently consuming news. The survey's results provide fascinating new information about the
reading preferences and habits of newspaper readers.
The majority of respondents stated that they read a print newspaper at least once a month,
indicating the continued prominence of traditional print newspapers in the media landscape. This
demonstrates the print media's continuing appeal, especially to people who enjoy the tactile
aspect of reading and value the depth and analysis that print journalism frequently provides.
A significant portion of respondents stated that they read a digital newspaper at least once a
month, indicating that digital newspapers are growing in popularity despite the widespread
presence of print newspapers. This increase can be ascribed to the digital platforms' ease of use,
accessibility, and multimedia content, especially for younger populations who are used to
consuming information online.
The selection of newspapers is influenced by different factors in digital and print media. The
main drivers of print newspaper consumption were found to be habit, enjoyment, and local news
coverage. This implies that readers appreciate the familiarity, compelling narrative, and sense of
community that print newspapers offer.
Digital newspapers, on the other hand, are primarily motivated by multimedia content,
timeliness, and convenience. The accessibility, current news, and interactive features provided
by digital platforms are valued by readers.
Both print and digital newspapers continue to receive positive feedback regarding the quality of
their content. When it comes to the perceived quality of the content, digital newspapers have a
slight advantage. The dynamic nature of digital platforms, which permits constant updates,
multimedia integration, and interactive features, may be the cause of this.
Smartphones are the most popular device for reading digital newspapers, which is indicative of
how common mobile technology is in today's world. Additionally important are tablets and
desktop computers, which serve the needs of those who want more immersive reading
experiences and larger screens.
The results of the correlation analyses show that, for both print and digital newspapers, reader
satisfaction with content quality and frequency of reading are positively correlated. It would
seem from this that people value high-quality content more when they interact with newspapers.
The results of the basic regression analysis show that there is a positive correlation between the
amount of time spent reading digital and print newspapers. This suggests that readers of print
newspapers on a regular basis are also more likely to interact with digital news platforms.
The results of the multiple regression analysis show that the timeliness, convenience, and
frequency of reading digital newspapers all predict readers' preferences for high-quality content.
This implies that people who read digital newspapers on a regular basis, value the speed and
accessibility of digital platforms, are more likely to say they prefer the quality of content on
digital news platforms.
Introduction
Rapid technological advancements have caused a dramatic transformation of the media
landscape in recent decades. News and journalism consumption has shifted from traditional print
formats to digital platforms in the age of digital information. Customers' reading habits have
been significantly impacted by this change, necessitating a thorough investigation to fully
understand the changing tastes and actions of newspaper readers.
Several research works have explored this subject, offering insightful information about the
variables affecting newspaper selection, preferred content, and the impact of technology on these
behaviors. But because the media landscape is always changing, it is necessary to conduct
ongoing research to keep up with the newest trends and adjust to the changing needs of
consumers. By examining the readership habits and preferences of traditional print newspapers
and digital newspapers in the current context, this report seeks to add to the body of knowledge
already in existence.
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(a)Descriptive Statistics
The minimum number of days per month when respondent buys a printed newspaper is 0 day,
whereas the maximum number of days per month when respondent buys a printed newspaper
are 16 days. The mean number of days per month when respondent buys a printed newspaper is
3.16 days with an average variation of 3.38 days per month. The median number of days per
month when respondent buys a printed newspaper are2 days indicating that half of the
respondents buy printed newspapers up to 2 days or less.
The minimum number of days per month when respondent reads a digital newspaper is 0 day,
whereas the maximum number of days per month when respondent reads a digital newspaper are
30 days. The mean number of days per month when respondent reads a digital newspaper is
11.06 days with an average variation of 10.97 days per month. The median number of days per
month when respondent reads a digital newspaper are6 days indicating that half of the
respondents reads a digital newspaper up to 6 days or less.
The minimum average time spend on reading a traditional printed newspaper in a single sitting
is 0 minutes, whereas the maximum average time spend on reading a traditional printed
newspaper in a single sitting is 130 minutes. The mean time spend on reading a traditional
printed newspaper in a single sitting is 13.35 minuteswith an average variation of 19.51 minutes
per sitting. The median time spend on reading a traditional printed newspaper in a single sitting
is 8 minutes, indicating that half of the respondent’saverage time spend on reading a traditional
printed newspaper in a single sitting is 8 minutes or less.
The minimum average time spend on reading a digital newspaper in a single sitting is 0 minutes,
whereas the maximum average time spend on reading a digitalnewspaper in a single sitting is 90
minutes. The mean time spend on reading a digitalnewspaper in a single sitting is 15.34 minutes
with an average variation of 17.08 minutes per sitting. The median time spend on reading a
digitalnewspaper in a single sitting is 9 minutes, indicating that half of the respondent’s average
time spend on reading a digitalnewspaper in a single sitting is 9 minutes or less.
The minimum age of the respondent is 10 years, whereas the maximum age of the respondent is
62 years. The mean age of the respondents is 24.43 years with an average variation of 8.37years.
The median age of the respondents is 22 years indicating that half of the respondentshave an
ageof 22 years or less.
Graphs
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The histogram for the number of days per month when respondent buys a printed newspaper
indicated that distribution is skewed to the right.The histogram for the number of days per
month when respondent reads a digital newspaper indicated that distribution is bimodal and
skewed to the right. The histogram for the average time spendsby the respondents on reading a
traditional printed newspaper in a single sitting indicated that distribution is skewed to the right.
The histogram for the average time spends by the respondents on reading a digital newspaper in
a single sitting indicated that distribution is skewed to the right. The histogram for the age of the
respondents indicated that distribution is skewed to the right.
Correlations
(b)The two selected pairs for the correlation are described as under:
Pair 1:
Age and average time spend on reading traditional print newspaper in a single sitting.
Pair 2:
Age and average time spend on reading digital newspaper in a single sitting.
All of these variables are measure on interval / ratio scale, which satisfies the required
assumptions for the correlation analysis.
The correlation coefficient between the age and average time spends on reading traditional print
newspaper in a single sittingis 0.234, which showed that there is a positive linear relationship
between the age and average time spends on reading traditional print newspaper in a single
sitting.Furthermore, the p-value of the correlation coefficient is 0.025, which is less than 5%
indicating that there is a significant relationship between the age and average time spend on
reading traditional print newspaper in a single sitting.
The correlation coefficient between the age and average time spends on reading digital
newspaper in a single sitting is 0.251, which showed that there is a positive linear relationship
between the age and average time spends on reading digitalnewspaper in a single sitting.
Furthermore, the p-value of the correlation coefficient is 0.018, which is less than 5% indicating
that there is a significant relationship between the age and average time spend on reading
digitalnewspaper in a single sitting.
(c)(a)
BivariateSimple Linear Regression Analysis
A simple linear regression model was constructed using average time spends on reading
traditional print newspaper in a single sitting as the dependent variable (y) and age as the
independent variable (x). Both of these variables are measure on interval / ratio scale, which
satisfies the required assumptions for the simple regression.
Description of Results:
Regression Model
^
y
=
0.069
+
0.549
x
Significance of the Results
The above ANOVA table showed that p-value of the F test is 0.025, which is less than 0.05 level
of significance, so we reject the null hypothesis and conclude that overall model is statistically
significant and hence there is a significant relationship between the age and average time spends
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on reading traditional print newspaper in a single sitting. The R-square of the regression model
is 0.055, indicating that 5.5% of the variation in the average time spends on reading traditional
print newspaper in a single sitting is explained by the age. The slope coefficient is 0.549, which
indicates that for each one-year increase in the age, the expected average time spends on reading
traditional print newspaper in a single sitting increase by 0.549 minutes.
Multiple Regression Model
A multiple linear regression model was constructed using average time spends on reading
traditional print newspaper in a single sitting as the dependent variable (y) and age (x
1
), number
of days per month when respondent buys a printed newspaper(x
2
), number of days per month
when respondent reads a digital newspaper(x
3
)and average time spends on reading digital
newspaper in a single sitting(x
4
)as the independent variables. All of these variables are measure
on interval / ratio scale, which satisfies the required assumptions for the multiple regression.
Description of Results:
Regression Model
^
y
=
16.270
−
0.295
x
1
−
0.747
x
2
+
0.313
x
3
+
0.116
x
4
Significance of the Results
The above ANOVA table showed that p-value of the F test is 0.016, which is less than 0.05 level
of significance, so we reject the null hypothesis and conclude that overall model is statistically
significant. However, among the four regression coefficients, the only individual regression
coefficient found significant is for number of days reading a digital newspaper. The R-square of
the regression model is 0.145, indicating that 14.5% of the variation in the average time spends
on reading traditional print newspaper in a single sitting is explained by regression model.
The slope coefficient for age is -0.295, which indicates that for each one-year increase in the
age, the expected average time spends on reading traditional print newspaper in a single sitting
decrease by 0.295 minutes keeping the effect of other variables constant.The slope coefficient
for the variable number of days per months when respondent buys a traditional printed
newspaper is -0.747, which indicates that for each one day increase in the purchase of the
traditional printed newspaper, the expected average time spends on reading traditional print
newspaper in a single sitting decrease by 0.747 minutes keeping the effect of other variables
constant.The slope coefficient for the variable number of days per months when respondent
readsa digital newspaper is 0.313, which indicates that for each one day increase in the reading
of digital newspaper, the expected average time spends on reading traditional print newspaper in
a single sitting increase by 0.313 minutes keeping the effect of other variables constant. The
slope coefficient for the variable average time spends on reading a digital newspaper is 0.116,
which indicates that for each one-minute increase in the reading of digital newspaper, the
expected average time spends on reading traditional print newspaper in a single sitting increase
by 0.116 minutes keeping the effect of other variables constant. The normal probability plot for
the standardized residuals appeared to be roughly normally distributed, which verifies the
assumption of the normality of the residuals.
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Questionnaire:
Questions about Print Newspapers:
1. How many days per month do you buy a printed newspaper?
Type: Numeric (open-ended)
Name of Variable:
Printed_Newspaper_Frequency
Scale of Measurement: Ratio
_____ days per month
2. What factors influence your choice to read traditional print newspapers? (Select all that
apply)
Type: Open-ended
Name of Variables:
Habit
,
Enjoyment
,
Local_News
,
Coupons_Advertisements
Scale of Measurement: Interval
Your choice: _________
3. Rate your satisfaction with the content quality of traditional print newspapers.
Type: Likert Scale
Name of Variable:
Satisfaction_Print_Newspapers
Scale of Measurement: Interval
Strongly Dissatisfied (1)
Dissatisfied (2)
Neutral (3)
Satisfied (4)
Strongly Satisfied (5)
Questions About Digital Newspapers:
4. How many days per month do you read a digital newspaper (e.g., websites, apps)?
Type: Numeric (open-ended)
Name of Variable:
Digital_Newspaper_Frequency
Scale of Measurement: Interval
_____ times per month
5. What factors influence your choice to read newspapers through digital media? (Select all
that apply)
Type: Multiple-choice (Checkbox)
Name of Variables:
Convenience
,
Timeliness
,
Multimedia_Content
,
Searchability
,
Not_Read_Digital
Scale of Measurement: Nominal
Convenience
Timeliness of news
Multimedia content
Searchability
I do not read digital newspapers
6. Rate your satisfaction with the content quality of digital newspapers.
Type: Likert Scale
Name of Variable:
Satisfaction_Digital_Newspapers
Scale of Measurement: Ordinal
Strongly Dissatisfied (1)
Dissatisfied (2)
Neutral (3)
Satisfied (4)
Strongly Satisfied (5)
Comparative Questions:
7. In terms of content quality, which do you prefer, traditional print newspapers or digital
newspapers?
Type: Multiple-choice (Single-select)
Name of Variable:
Preference_Content_Quality
Scale of Measurement: Nominal
Traditional print newspapers
Digital newspapers
No preference
8. How does your reading frequency of digital newspapers compare to that of traditional
print newspapers?
Type: Multiple-choice (Single-select)
Name of Variable:
Reading_Frequency_Comparison
Scale of Measurement: Nominal
Read digital more than print
Read print more than digital
Read both equally
Technology Usage:
9. What type of device do you primarily use for reading digital newspapers?
Type: Multiple-choice (Single-select)
Name of Variable:
Primary_Device
Scale of Measurement: Nominal
Smartphone
Tablet
Desktop/Laptop
Ereader
I do not read digital newspapers
10. Do you use social media to access news or articles from digital newspapers?
Type: Binary (Yes/No)
Name of Variable:
Social_Media_Usage
Scale of Measurement: Nominal
Yes
No
11. How reliable do you find the information from digital newspapers compared to
traditional print newspapers?
Type: Likert Scale
Name of Variable:
Reliability_Comparison
Scale of Measurement: Ordinal
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Much less reliable (1)
Less reliable (2)
Neutral (3)
More reliable (4)
Much more reliable (5)
Media Consumption Habits:
12. How much time, on average, do you spend reading traditional print newspapers in a
single sitting?
Type: Numeric (open-ended)
Name of Variable:
Time_Spent_Print_Newspapers
Scale of Measurement: Ratio
Scale: _____ minutes
13. How much time, on average, do you spend reading digital newspapers in a single
sitting?
Type: Numeric (open-ended)
Name of Variable:
Time_Spent_Digital_Newspapers
Scale of Measurement: Ratio
Scale: _____ minutes
Content Preferences:
14. Please rank the following topics found in print newspapers based on your preference
using 1=most preferred and 5=least preferred:
Type: Ranking
Name of Variable:
Ranking_Print_Topics
Scale of Measurement: Ordinal
Sports __
Politics __
Social topics __
Economics __
Crime __
15. Please rank the following topics found in digital newspapers based on your preference
using 1=most preferred and 5=least preferred:
Type: Ranking
Name of Variable:
Ranking_Digital_Topics
Scale of Measurement: Ordinal
Sports __
Politics __
Social topics __
Economics __
Crime __
Access and Subscription:
16. Are you a subscriber to a traditional print newspaper?
Type: Binary (Yes/No)
Name of Variable:
Subscriber_Print_Newspaper
Scale of Measurement: Nominal
Yes
No
17. Are you a subscriber to a digital newspaper or pay for online news content?
Type: Binary (Yes/No)
Name of Variable:
Subscriber_Digital_Newspaper
Scale of Measurement: Nominal
Yes
No
Trust and Credibility:
18. How much do you trust the news from traditional print newspapers?
Type: Likert Scale
Name of Variable:
Trust_Print_Newspapers
Scale of Measurement: Interval
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Not at all (1)
Slightly (2)
Neutral (3)
Moderately (4)
Completely (5)
19. How much do you trust the news from digital newspapers?
Type: Likert Scale
Name of Variable:
Trust_Digital_Newspapers
Scale of Measurement: Ordinal
Not at all (1)
Slightly (2)
Neutral (3)
Moderately (4)
Completely (5)
Recommendation and Feedback:
20. Would you recommend traditional print newspapers to others for reading news?
Type: Binary (Yes/No)
Name of Variable:
Recommend_Print_Newspapers
Scale of Measurement: Nominal
Yes
No
21. Would you recommend digital newspapers to others for reading news?
Type: Binary (Yes/No)
Name of Variable:
Recommend_Digital_Newspapers
Scale of Measurement: Nominal
Yes
No
22. Do you believe that traditional printed newspapers should be completely replaced by
digital newspapers?
Type: Binary (Yes/No)
Name of Variable:
Replace_With_Digital
Scale of Measurement: Nominal
Yes
No
Demographic Information:
23. What is your age? ____ years old
Type: Numeric (open-ended)
Name of Variable:
Age
Scale of Measurement: Ratio
24. What is your gender?
Type: Multiple choice
Name of Variable:
Gender
Scale of Measurement: Ordinal
Male
Female
25. What is the highest education level you have?
Type: Multiple-choice (Single-select)
Name of Variable:
Education Level
Scale of Measurement: Ordinal
High school or less
Some college/Associate's degree
Bachelor's degree
Master's degree
Doctorate
Test Details
1.
Correlation Tests:
Correlation 1: Q9 (Printed_Newspaper_Frequency) and Q10
(Satisfaction_Print_Newspapers)
Correlation 2: Q15 (Digital_Newspaper_Frequency) and Q16
(Satisfaction_Digital_Newspapers)
2.
Simple Regression:
Independent: Q13 (Time_Spent_Print_Newspapers)
Dependent: Q17 (Time_Spent_Digital_Newspapers)
3.
Multiple Regression:
Dependent: Q11 (Preference_Content_Quality)
Independent: Q5 (and potentially other relevant variables)
Extra test if required:
5.
Chi-square Test:
Variables: Gender (Q24), Subscriber_Print_Newspaper (Q16),
Subscriber_Digital_Newspaper (Q17), Social_Media_Usage (Q10),
Recommend_Print_Newspapers (Q20), Recommend_Digital_Newspapers (Q21),
Replace_With_Digital (Q22)
6.
ANOVA or Kruskal-Wallis Test:
Variables: Education Level (Q25), Satisfaction_Print_Newspapers (Q3),
Satisfaction_Digital_Newspapers (Q6)
7.
Logistic Regression:
Binary Outcome Variables: Recommend_Print_Newspapers (Q20),
Recommend_Digital_Newspapers (Q21), Replace_With_Digital (Q22)
8.
Friedman Test or Wilcoxon Signed-Rank Test:
Variables: Ranking_Print_Topics (Q14) and Ranking_Digital_Topics (Q15)
9.
T-Test or Mann-Whitney U Test:
Variables: Trust_Print_Newspapers (Q18) and Trust_Digital_Newspapers (Q19)
Recommendations
Based on the findings of this survey and the evolving media landscape, the following
recommendations are proposed for both traditional print and digital newspapers:
Traditional print newspapers should:
1.
Preserve and improve the caliber of the content: Keep up the detailed reporting, perceptive
analysis, and compelling narrative that set print journalism apart.
2.
Adopt digital platforms: To broaden their audience and increase reach, provide digital
subscriptions and interact with readers on social media and online discussion boards.
3.
Investigate multimedia integration: To improve the reading experience and draw in tech-savvy
readers, include interactive elements like infographics, videos, and audio clips.
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Digital newspapers should:
1.
Make mobile device optimizations: Assure easy access and a pleasant user experience on
a range of mobile devices.
2.
Give timeliness and relevance top priority: To meet readers' urgent information needs,
deliver breaking news, individualized content, and the most recent information possible.
3.
Improve multimedia content: Make reading experiences more interesting and immersive
by utilizing interactive elements like polls, live streaming, and user-generated content.
Both traditional print and digital newspapers should:
1.
Promote content trustworthiness by being open and honest about reporting practices, fixing
mistakes quickly, and responding to audience concerns in order to establish credibility and trust.
2.
Carry out ongoing research: Survey readers' preferences and habits on a regular basis
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Related Questions
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Calculate the missing information. Round dollars to the nearest cent and percents to the nearest tenth of a percent.
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please show work as neat and complete as possible.
thanks in advance.
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O D. Car A was 45 miles east of car B.
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A.
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0
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JU
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- ......................................................................................................................... Determine whether the geometric series is convergent or divergent. 1_7 49 343 + 5 + 5 5 5 convergent divergent If it is convergent, find its sum. (If an answer does not exist, enter DNE.)arrow_forward....................................................................................................................... Determine whether the geometric series is convergent or divergent. 1 + 0.4 + 0.16 + 0.064 + ... convergent divergent If it is convergent, find its sum. (If the quantity diverges, enter DIVERGES.)arrow_forward.......................................................................................................arrow_forward
- ...............................................................................................arrow_forwarddo b and c.......arrow_forward172...186...196...201...211...222...228...231...235...238...243...245...249...250...254...257...267...273...276...280...284...288...290...297...308...313...335...347...365...406. calculate the medianarrow_forward
- Two hot air balloons are traveling along the same path away from a town, beginning from different locations at the same time. Henry's balloon begins 15 miles from the town and is 31 miles from the town after 2 hours. The distance of Tasha's balloon from the town is represented by the function y = 5x + 25. Which balloon was farther from the town at the beginning, and which traveled more quickly?arrow_forwardO A. Car A was 10 miles east of car B. B. Car B was 10 miles east of car A. O c. Car B was 40 miles east of car A. O D. Car A was 45 miles east of car B.arrow_forward2.) Karla earns $20.25 per hour, If she works for a total of 32 hours one week, how much would she earn for that week? A. $52.25 $640 $648 $6,480 В. C. D.arrow_forward
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