The data below represent the responses to two questions asked in a survey of 40 college...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
The data below represent the responses to two questions asked in a survey of 40 college students majoring in business: What is your gender? (M = male; F = female) and What is your major? (A = Accounting; C = Computer Information Systems; M = Marketing). Complete parts (a) and (b). Click the icon to view the data. a. Tally the data into a contingency table where the two rows represent the gender categories and the three columns represent the academic major categories. Student Major Categories Gender A M Totals Male 7 10 6 23 Female Totals 6 6 5 17 13 16 11 40 (Simplify your answers.) b. Construct contingency tables based on percentages of all 40 student responses, based on row percentages and based on column percentages. Complete the following contingency table based on total percentages. Student Major Categories Gender Male A C M Totals 17.5% 25.0% 15.0 % 57.5% Female 15.0 15.0 12.5 42.5 Totals 32.5 40.0 27.5 100.0 (Simplify your answers. Round to one decimal place as needed.) Complete the following contingency table based on row percentages. Student Major Categories Gender Male A C M Totals % % % % Female Totals (Simplify your answers. Round to one decimal place as needed.) The data below represent the responses to two questions asked in a survey of 40 college students majoring in business: What is your gender? (M = male; F = female) and What is your major? (A = Accounting; C = Computer Information Systems; M = Marketing). Complete parts (a) and (b). Click the icon to view the data. a. Tally the data into a contingency table where the two rows represent the gender categories and the three columns represent the academic major categories. Student Major Categories Gender A M Totals Male 7 10 6 23 Female Totals 6 6 5 17 13 16 11 40 (Simplify your answers.) b. Construct contingency tables based on percentages of all 40 student responses, based on row percentages and based on column percentages. Complete the following contingency table based on total percentages. Student Major Categories Gender Male A C M Totals 17.5% 25.0% 15.0 % 57.5% Female 15.0 15.0 12.5 42.5 Totals 32.5 40.0 27.5 100.0 (Simplify your answers. Round to one decimal place as needed.) Complete the following contingency table based on row percentages. Student Major Categories Gender Male A C M Totals % % % % Female Totals (Simplify your answers. Round to one decimal place as needed.)
Expert Answer:
Related Book For
Basic Business Statistics Concepts And Applications
ISBN: 9780132168380
12th Edition
Authors: Mark L. Berenson, David M. Levine, Timothy C. Krehbiel
Posted Date:
Students also viewed these finance questions
-
Bandar Industries Berhad of Malaysia manufactures sporting equipment. One of the company's products, a football helmet for the North American market, requires a special plastic. During the quarter...
-
The following data represent the responses to two questions asked in a survey of 40 college students majoring in business: What is your gender? (M = male; F = female) and What is your major? (A =...
-
The following data represent the responses to two questions asked in a survey of 40 college students majoring in business: What is your gender? (M = male; F = female) and What is your major? (A =...
-
XYZ Corporation is considering two mutually exclusive projects that require a $150,000 investment each. Project A has an expected life of 6 years and will generate net cash flows of $35,000 per year....
-
What are the advantages of lamination-based processes? Disadvantages?
-
T exp and \(E[T]=2.9\). What are \(\lambda, \mu_{T}\), and \(\sigma_{T}\) ?
-
Under what circumstances do you think a company might accept one capital project over another even though the project selected promises a lower return?
-
Gerrad Manufacturing has projected sales of its product for the next six months as follows: January ........ 300 units February ......... 700 units March .........1,000 units April ......... 900...
-
The following are three independent situations. 1. Pearl Rewards Inc. provides rewards services to licensees. Pearl records service revenue related to rewards (granted as reward vouchers, which can...
-
Given a dataset {y, X1, X2}=1,2,... Let the SLR OLS estimators and fitted value be yi = Bo + B1X11, and the MLR OLS estimators and fitted value be = Bo + Bx1 + Bx2. (20 marks) (a) Show that SSR,...
-
Describe the relationship between quartiles and percentiles.
-
A students grade on the Fundamentals of Engineering exam has a z-score of -0.5. Make an observation about the students grade.
-
When performing the signed-rank test, we rank the absolute values of the differences. In Exercises 5 and 6, determine whether the statement is true or false. If the statement is false, rewrite it as...
-
What is the purpose for common-size financial statements?
-
Some people say that you should always look for quotations, even for repeat orders, as this encourages competition and keeps prices low. Other people say that you should form an alliance with one...
-
3. Let U(X,Y) = xy. a. Write out the optimization model and Langrangian for the expenditure minimization problem. Be sure to label MRS and the expansion path. Note, the second-order condition for...
-
(a) Water flows through the nozzle of a garden hose. Find an expression for m in terms of line pressure P 1 , ambient pressure P 2 , inside hose diameter D 1 , and nozzle outlet diameter D 2 . Assume...
-
Suppose that the owner of the restaurant in Problem 2.81 also wanted to study the demand for dessert during the same time period. She decided that in addition to studying whether a dessert was...
-
Is the number of calories in a beer related to the number of carbohydrates and/or the percentage of alcohol in the beer? Data concerning 139 of the best-selling domestic beers in the United States...
-
The manufacturing company in Problem 2.42 also produces electric insulators. If the insulators break when in use, a short circuit is likely to occur. To test the strength of the insulators,...
-
Use properties of the real numbers and mental math to calculate the following: 1. \(2 \times 13 \times 50\) 2. \(13+84+27\) 3. \(9 \times 16 \times 11\)
-
In each of the following, identify which property of the real numbers is being applied. 1. \(4+(8+13)=(4+8)+13\) 2. \(34 \times\left(\frac{1}{34} ight)=1\) 3. \(14+27=27+14\)
-
Find the value of the following numbers modulo 12 : 1. 34 2. 539 3. 156
Study smarter with the SolutionInn App