MKR 7000 Module 3 Questionnaire, Scales and Sample Plan Example

Reviewed by Edgar Pennington, MBA Thomas Edison State University Updated October 2026

This MKR 7000 Module 3 sample paper specifies the survey for Marketing Research, defining constructs, scales, a stratified sample and a nonresponse check for the grocer's study. Part of TESU's Master of Business Administration (MBA), it specifies a composite grocer's meal-subscription survey: constructs with defined scales, randomized prices to avoid anchoring, a four-item convenience scale with a pilot reliability of 0.84, and question order that reduces common method bias. A stratified sample from about 96,000 loyalty households is sized at 600 completes for a margin of plus or minus 4 points, requiring about 5,000 invitations at a 12 percent response rate. MKR-7000 is the catalog code. A nonresponse plan follows.

CourseMKR-7000 Marketing Research
ModuleModule 3
Paper typeWritten assignment 3: measurement and sampling
LengthAbout 865 words, 6 pages
FormatAPA 7 student paper
SchoolThomas Edison State University
ProgramMaster of Business Administration
UpdatedOctober 2026

Free sample paper for MKR 7000 Module 3

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Measuring Intent Without Inflating It: The Meal-Subscription Survey

Student Name

Master of Business Administration, Thomas Edison State University

MKR-7000: Marketing Research

Mentor Name

Month Day, Year

What this page is doingThe title names the main measurement risk the document addresses. The grocer and its figures are composites.
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Measuring Intent Without Inflating It: The Meal-Subscription Survey

Purpose

This document specifies the measures and sample for the descriptive survey in Hearthstone Market's meal-subscription study. Babin (2019) treats measurement and sampling as the stages where research most often goes wrong: concepts measured imprecisely, or samples that do not represent the population, produce confident answers that are wrong. The goal is a survey whose numbers can be trusted when the launch decision is made.

Constructs and Measures

Each research question requires a defined construct and a measure. Churchill (1979) recommended a sequence for developing marketing measures: specify the domain of the construct, generate items, collect pilot data, purify the measure and assess reliability and validity. The survey applies that logic to five constructs.

ConstructMeasureScale
Subscription intent at a priceLikelihood of subscribing to the described plan at $59, $69 or $79 a week (randomly assigned)Five-point, definitely would not to definitely would
Feature importanceImportance of eight features from the focus groupsFive-point, not at all to extremely important
Weeknight convenience needFour agree-disagree items on weeknight time pressureFive-point Likert, averaged
Expected durationHow many months the respondent expects to keep subscribingCategories from under one to over twelve
Current behaviorPrepared-meal purchases in the past monthCount, checked against loyalty data
What this page is doingEvery construct is defined and paired with its items and scale, so the mentor can trace each research question to a measure.
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Two choices guard against inflated intent. The plan is described concretely, with price, number of meals and pickup or delivery terms, because vague descriptions overstate interest. And price is randomly assigned rather than asked as a ladder, so each respondent reacts to one price, which avoids anchoring and gives clean comparisons across three groups.

Reliability and Validity

Reliability is consistency; validity is whether a measure captures what it claims to. In a pilot with 40 loyalty members, the four convenience items produced a Cronbach's alpha of 0.84, above the common threshold of 0.70, so they can be averaged into one score. Content validity rests on the focus groups, which generated the items in customers' own terms. Predictive validity will be assessed after the field test by checking whether survey intent in test stores' trade areas predicted actual sign-ups. Current behavior is measured both by self-report and by loyalty data, which allows a check on accuracy.

Questionnaire Design

The questionnaire runs about eight minutes on a phone and moves from general to specific: current weeknight dinner habits, prepared-food purchases, the convenience items, a description of the subscription, intent at the assigned price, features, expected duration and finally demographics. Podsakoff et al. (2003) describe common method bias, the inflation of relationships when the same respondent answers related questions in the same format at the same time. The design reduces it by separating the convenience items from the intent question with unrelated questions, using different response formats, and validating behavior against loyalty records rather than relying only on self-report.

Sampling Design

The population is Hearthstone's loyalty households with an email address, about 96,000. The sampling frame is the loyalty database, which excludes non-members, a limitation that matters little because the subscription would be marketed mainly to members. A stratified random sample by store ensures that every store's trade area is represented in proportion to its members, which allows estimates for store groups as well as the chain.

Sample Size

For a proportion, the sample needed for a given margin of error at 95 percent confidence is 1.96 squared times p times (1 minus p), divided by the margin squared. Using p = 0.5, the most conservative assumption, and a margin of 0.04, the result is about 600 completed surveys. Splitting the 600 completes across three prices leaves roughly 200 per price, which gives an 80 percent chance of spotting a gap of around 13 points in stated intent between any two of them. Past loyalty surveys have drawn about a 12 percent response rate, so about 5,000 invitations are needed.

What this page is doingThe sample size is worked out from the margin of error and confidence level rather than chosen as a round number.
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Nonresponse

A 12 percent response rate means most invited households will not answer, and respondents may differ from nonrespondents. The analysis will compare respondents with the full sample on loyalty-data variables such as spending, visit frequency and store, and weight the results if differences appear. A reminder after four days and a small incentive, entry into a drawing for gift cards, should raise the response rate.

Pretesting the Questionnaire

Before fielding, the questionnaire will be pretested in two ways. Five cognitive interviews, in which loyalty members think aloud while answering, will reveal questions that are misunderstood, such as whether a week means five dinners or seven. A soft launch to 200 invitees will then check completion time, drop-off points and the distribution of answers, so that problems such as a feature list that everyone rates as extremely important can be fixed before the full sample is contacted. Pretesting costs little and protects the much larger investment in fielding and analysis. Results from the soft launch will not be pooled with the main sample if any question changes, which keeps the measures consistent across respondents.

What this page is doingPlanning cognitive interviews and a soft launch shows the questionnaire will be tested before money is spent fielding it.
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Conclusion

Defined constructs, concrete descriptions, randomized prices, tested scales, a stratified sample of adequate size and a nonresponse check give the survey the precision the launch decision requires, while the field test provides the behavioral check that a survey cannot.

References

Babin, B. J. (2019). Essentials of marketing research (7th ed.). Cengage.

Churchill, G. A., Jr. (1979). A paradigm for developing better measures of marketing constructs. Journal of Marketing Research, 16(1), 64-73. https://doi.org/10.1177/002224377901600110

Podsakoff, P. M., MacKenzie, S. B., Lee, J.-Y., & Podsakoff, N. P. (2003). Common method biases in behavioral research: A critical review of the literature and recommended remedies. Journal of Applied Psychology, 88(5), 879-903. https://doi.org/10.1037/0021-9010.88.5.879

Reading the MKR 7000 Module 3 assignment instructions

The third MKR-7000 written assignment applies Module 3 on measurement and sampling. Define each construct your research needs, choose scales and explain why, and show how reliability and validity will be checked, for example with a pilot and Cronbach's alpha. Describe the questionnaire's flow and how it avoids bias. Then define the population, sampling frame and method, calculate the sample size with the formula and your assumptions, and plan for nonresponse. Present measures in a table, write as a professional document, and cite Babin and measurement research in APA style. Pretest before fielding. Explain why each scale fits the construct it measures, and present the measures in a table for the reader.

How the MKR 7000 Module 3 example is put together

The document follows the order in which a researcher would decide: constructs, measures, reliability and validity, questionnaire, then sample. A table pairs each construct with its measure and scale, and the text explains two choices that keep intent from being inflated. Reliability is reported from a pilot, and validity is planned in several forms. A cited source on common method bias shapes the questionnaire order. The sample section defines population and frame, calculates size with stated assumptions and converts completes into invitations, and a nonresponse plan closes the analysis before a short conclusion. Read it for the reason behind each measurement choice. The nonresponse plan is easy to overlook.

Reading the MKR 7000 Module 3 grading rubric

The measurement and sampling document receives a grade from 0 to 100 under the course rubric. They look for clearly defined constructs, appropriate scales, attention to reliability and validity, a questionnaire designed to reduce bias, and a sampling plan with a defined frame, method and correctly calculated size. Explanations of why each choice was made earn more than lists of options. Professional format, a table of measures and correct citations complete the grade. Common weaknesses include vague constructs, sample sizes without assumptions, and no plan for nonresponse. Showing the sample size formula with stated assumptions lets mentors verify the plan quickly and earns credit. Clear tables help. Precision counts.

MKR 7000 Module 3 help from the desk

Students often write questions before defining what they want to measure, or choose a sample size by habit. Our writers can prepare MKR 7000 measurement and sampling documents for your study. Start with the research questions and write a one-line definition of each construct. Choose a scale that fits, pilot it, and check reliability. Define the population and the list you will sample from, choose a sampling method, and calculate the sample size from the margin of error you need. Then estimate the response rate and plan how you will check whether respondents differ from nonrespondents. Then pretest with a few respondents and revise unclear questions. Keep the questionnaire short. Then field it.

Write yours, or have the desk draft it

This paper is an original model document written by our desk, not a submitted student paper and not an official Thomas Edison State University document. Read it for the moves, then write your own to the instructions in your classroom. If you want one built to your exact prompt and rubric, the first custom sample is free and arrives in 24 to 48 hours.

More MKR 7000 and Master of Business Administration sample papers

MKR 7000 Module 3 questions, answered

Where can I find a free MKR 7000 Module 3 sample paper?

The third Marketing Research written assignment is shown above, specifying the measures, questionnaire and sample for a composite grocer's subscription survey.

What is Cronbach's alpha?

A measure of internal consistency reliability for a multi-item scale; values above about 0.70 are usually considered acceptable.

How is sample size calculated for a proportion?

Multiply 1.96 squared by p times (1 minus p) and divide by the margin of error squared; with p = 0.5 and a 4-point margin, about 600 completes.

What is common method bias?

Correlations that look stronger than they are because one survey asked the same people about everything at once; mixing question formats, spacing related items apart and adding outside data reduce it.

Why randomize the price shown in a survey?

So each respondent reacts to one price without anchoring on others, allowing clean comparisons across price groups.