Warning: foreach() argument must be of type array|object, bool given in /var/www/html/web/app/themes/studypress-core-theme/template-parts/header/mobile-offcanvas.php on line 20

Marital Status and Drinking. Research by W. Clark and L. Midanik (Alcohol Consumption and Related Problems: Alcohol and Health Monograph 1. DHHS Pub. No. (ADM) 82-1190) examined, among other issues, alcohol consumption patterns of U.S. adults by marital status. Data for marital status and the number of drinks per month, based on the researchers' survey results, are provided on the WeissStats site.

Short Answer

Expert verified

a). The frequency distribution,

StatusFrequencySingle354Married143102.1173.DivorcedWidowed

The frequency distribution for adults,

DrinkingFrequencyAbstain5901-60957Over 60225

b). Relative frequency,

DrinkingFrequencyRelative FrequencyAbstain5905901772=0.3331-609579571772=0.540Over602252251772=0.127Total17721

c). The Pie-chart,

d) Bar-chart,

Step by step solution

01

Part (a) Step 1: Given Information

Data for marital status and the number of drinks per month, based on the researchers' survey results, are provided on the WeissStats site.

02

Part (a) Step 2: Explanation

MINITAB is used to get the frequency.

The following is how you get the frequency.

Tally Individual Variables > Stat > Tables

Select TYPE from the Variables menu.

Select Counts in Display.

Click OK

Below is a screenshot of the MINITAB output.

StatusFrequencySingle354Married143102.1173.DivorcedWidowed

03

Part (a) Step 3: Explanation

The following is the procedure for obtaining the frequency:

  • Select Statistics > Tables > Tally. Variables by themselves
  • Under Variables, choose Drinking.
  • Select Counts in Display - Click OK

Below is the MINITAB output.

DrinkingFrequencyAbstain5901-60957Over 60225

04

Part (b) Step 1: Given Information

Data for marital status and the number of drinks per month, based on the researchers' survey results, are provided on the WeissStats site.

05

Part (b) Step 2: Explanation

The relative frequency is expressed as follows:

RelativeFrequency=FrequencyNumberofObservations

The frequency distribution is presented in the table below.

StatusFrequencyRelative FrequencySingle3543541772=0.200Married117311731772=0.662Divorced1021021772=0.058Widowed1431431772=0.081Total1772

The table below shows the relative frequency distribution of different types of drinking among US adults.

DrinkingFrequencyRelative FrequencyAbstain5905901772=0.3331-609579571772=0.540Over602252251772=0.127Total17721

06

Part (c) Step 1: Given Information

Data for marital status and the number of drinks per month, based on the researchers' survey results, are provided on the WeissStats site.

07

Part (c) Step 2: Explanation

MINITAB has been used to create the pie chart.

The portion for each class in a pie chart is calculated by multiplying 360oby the appropriate relative frequencies.

The steps of drawing a pie chart are as follows:

  • Navigate to Graph > Pie Chart.
  • Choose the chart that counts unique data.
  • Select a Type.
  • Go to the Labels tab.
  • Navigate to the Slide Labels tab.
  • Under Label pie pieces, check Category name and Percent.
  • Click OK

The figure shows the pie chart for the supplied data set.

The pie chart below depicts the many types of drinking among adults in the United States.

08

Part (d) Step 1: Given Information

Data for marital status and the number of drinks per month, based on the researchers' survey results, are provided on the WeissStats site.

09

Part (d) Step 2: Explanation

MINITAB is used to create the bar graph.

The following is the technique for making a bar chart:

Graph > Bar Chart is the option to select.

Select Counts of Unique Values from the Bars represent menu.

Click OK after choosing Simple.

Enter one column of STATUS in Categorical variables.

Select options for the chart

Choose Show Y as Percentage from the drop-down menu.

Click OK

The figure following shows the bar chart for the supplied data set.

The following graph depicts the various types of drinking among US adults.

Unlock Step-by-Step Solutions & Ace Your Exams!

  • Full Textbook Solutions

    Get detailed explanations and key concepts

  • Unlimited Al creation

    Al flashcards, explanations, exams and more...

  • Ads-free access

    To over 500 millions flashcards

  • Money-back guarantee

    We refund you if you fail your exam.

Over 30 million students worldwide already upgrade their learning with Vaia!

One App. One Place for Learning.

All the tools & learning materials you need for study success - in one app.

Get started for free

Most popular questions from this chapter

We have drawn a smooth curve that represents a distribution,

a. Identify the shape of the distirbution with regard to modality.

b. Identify the shape of the distribution with regard to symmetry (or non symmetry)

c . If the distribution is unimodal and non symmetric, classify it as either right skewed or left skewed.

We have drawn a smooth curve that represents a distribution,

a. Identify the shape of the distirbution with regard to modality.

b. Identify the shape of the distribution with regard to symmetry (or non symmetry)

c . If the distribution is unimodal and non symmetric, classify it as either right skewed or left skewed.

Suppose that you have constructed a stem-and-leaf diagram and discover that it is only moderately useful because there are too few stems. How can you remedy the problem?

When is the use of single-value grouping particularly appropriate?

Adjusted Gross Incomes. The Internal Revenue Service (IRS) publishes data on adjusted gross incomes in Statistics of Income, and Individual Income Tax Returns. The following relative frequency histogram shows one year's individual income tax returns for adjusted gross incomes of less than \(50,000.

Use the histogram and the fact that adjusted gross incomes are expressed to the nearest whole dollar to answer each of the following questions.

a. Approximately what percentage of the individual income tax returns had an adjusted gross income between\)10,000and \(19,999, inclusive?

b. Approximately what percentage had an adjusted gross income of less than \)30,000?

c. The IRS reported that \(89,928,000individual income tax returns had an adjusted gross income of less than \)50,000. Approximately how many had an adjusted gross income between \(30,000and \)49,999, inclusive?

See all solutions

Recommended explanations on Math Textbooks

View all explanations

What do you think about this solution?

We value your feedback to improve our textbook solutions.

Study anywhere. Anytime. Across all devices.

Sign-up for free