| Course | BUSI 4004 Customer Relationship Management for Small Business |
|---|---|
| Week | Week 3 |
| Paper type | Retention analysis |
| Length | About 910 words, 6 pages |
| Format | APA 7 student paper |
| School | Walden University |
| Program | BS in Business Administration |
| Updated | October 2026 |
Free sample paper for BUSI 4004 Week 3
Why a Two-Year Weekly Regular Stopped Coming: A Retention Analysis for a Neighborhood Dry Cleaner That Sets One Lost Customer's Ticket History Against a Simple Cohort View and Sorts the Evidence Into Proven, Probable and Never Asked
Student Name
Walden University
BUSI 4004: Customer Relationship Management for Small Business
Instructor Name
Month Day, Year
Why a Two-Year Weekly Regular Stopped Coming: A Retention Analysis for a Neighborhood Dry Cleaner That Sets One Lost Customer's Ticket History Against a Simple Cohort View and Sorts the Evidence Into Proven, Probable and Never Asked
The Customer Who Stopped
For two years, a customer at Grand River Cleaners, a composite family dry cleaner in Lansing, Michigan, brought in five or six dress shirts nearly every Monday. His ticket history shows 94 orders between March 2025 and March 2027, an average of $38 an order, or about $3,600 a year. His last order was picked up on March 11, 2027. He has not been back since, and nobody at the shop knows why. The owner noticed only in June, when a clerk mentioned that "the Monday shirts man" had not been in.
This analysis asks why he left and whether the shop could have known sooner. It uses two kinds of evidence: his own ticket history and a simple comparison with other regulars who started at about the same time.
What His Ticket History Shows
Table 1
The Lost Customer's Last Ten Weeks of Orders
| Order date | Pieces | Ready date promised | Note in system | |
|---|---|---|---|
| January 4, 2027 | 6 | January 7 | None | |
| January 11, 2027 | 5 | January 14 | None | |
| January 18, 2027 | 6 | January 21 | None | |
| January 25, 2027 | 5 | January 28 | Collar scorched on one shirt; $40 credit given | |
| February 1, 2027 | 6 | February 4 | Ready text sent; order not bagged for 40 minutes | |
| February 8, 2027 | 5 | February 11 | None | |
| February 15, 2027 | 6 | February 18 | Ready text sent; customer waited; order misfiled | |
| February 22, 2027 | 4 | February 25 | None | |
| March 1, 2027 | 3 | March 4 | None | |
| March 8, 2027 | 3 | March 11 | None | |
Shop and customer are both composite.
Three service failures appear in five weeks: a scorched collar and two pickups at which he waited after being told his order was ready. After the third failure, his orders shrank from five or six shirts to four, then three, then stopped.
The Cohort View
One customer could have left for any reason. To see whether his path fits a pattern, I pulled every customer who first came in during 2025 and made at least 20 visits in their first year, 112 people. I then compared those whose records show a service failure in a given three-month period with those whose records do not.
Table 2
Regulars First Seen in 2025 and Still Active Two Years Later
| Group | Customers | Still active at 24 months | Share | |
|---|---|---|---|
| No recorded failure in any three-month period | 71 | 63 | 89 percent | |
| One recorded failure | 26 | 19 | 73 percent | |
| Two or more failures within three months | 15 | 6 | 40 percent | |
| All 112 regulars | 112 | 88 | 79 percent | |
Active means at least one order in the last 60 days. Failures are those noted in the ticket system: damage, late orders, misfiled pickups.
The lost customer belongs to the last group. Among regulars with two or more failures in a short period, fewer than half were still customers two years on. One failure, handled with a credit, did not usually end a relationship; a cluster of them often did. Smith et al. (1999) found that recoveries satisfy customers best when they fit the type and seriousness of what went wrong, and repeated failures leave less room for any recovery to work.
Sorting the Evidence
Proven by the records: he experienced three failures in five weeks; his orders shrank after the third; he stopped completely four weeks later. Regulars with clustered failures leave at a much higher rate than others.
Probable but not proven: the failures caused his departure. The timing fits, the shrinking orders fit and the cohort pattern fits. But the records cannot exclude other causes, such as a move, a new job or a switch to a work-from-home schedule with fewer dress shirts.
Never asked: nobody contacted him. The shop did not call after the misfiled pickup, did not notice when his orders shrank and did not reach out when he stopped. The single most useful piece of evidence, his own reason, was never collected.
What the Shop Could Have Known Sooner
The signal was in the data weeks before he left. A weekly customer whose order size falls by half over a month, right after a cluster of failures, is a customer at risk. Fader et al. (2005) showed how recency and frequency of purchase, data almost every small business already has, can describe how valuable a customer is likely to be in future. Long tenure alone does not guarantee profit (Reinartz & Kumar, 2000), but this customer was both long-standing and steady, the kind worth a phone call.
Recommendations
The analysis points to three practices. First, a weekly report should flag any regular who has missed three expected visits or whose orders have shrunk sharply, and the owner should call each one. Second, two failures for the same customer within three months should trigger a personal call from the owner, not just a credit at the counter. Third, the shop should simply ask: a short call to this customer now, four months late, might still bring him back and would at least supply the missing evidence.
Limits
The cohort is small, 112 customers, and the failure notes depend on clerks recording them, which they may not always do. The analysis shows a strong association between clustered failures and lost regulars, not a proven cause.
References
Fader, P. S., Hardie, B. G. S., & Lee, K. L. (2005). RFM and CLV: Using iso-value curves for customer base analysis. Journal of Marketing Research, 42(4), 415-430. https://doi.org/10.1509/jmkr.2005.42.4.415
Reinartz, W. J., & Kumar, V. (2000). On the profitability of long-life customers in a noncontractual setting: An empirical investigation and implications for marketing. Journal of Marketing, 64(4), 17-35. https://doi.org/10.1509/jmkg.64.4.17.18077
Smith, A. K., Bolton, R. N., & Wagner, J. (1999). A model of customer satisfaction with service encounters involving failure and recovery. Journal of Marketing Research, 36(3), 356-372. https://doi.org/10.1177/002224379903600305
BUSI 4004 Week 3 instructions, in plain terms
Week 3 asks you to explain why one valuable customer stopped coming, using records rather than impressions. Start with what the purchase history shows: frequency, size, timing and any notes before the customer stopped. Then build a simple cohort view, comparing similar customers who started at about the same time, to see whether this customer's path fits a pattern. Sort your evidence into what the records prove, what is probable but unproven and what nobody ever asked. The last category often reveals the most important gap. End with practices that would catch the next at-risk customer sooner and the limits of the analysis. Tables for the customer's history and the cohort comparison carry much of the paper, which usually runs three to five pages.
How this BUSI 4004 Week 3 example is built
The paper opens with the customer's 94 orders, $38 average and last pickup on March 11, 2027, noticed only in June. A ten-row table shows his last orders, including a $40 credit for a scorched collar and two pickups at which he waited after a text. A cohort table compares 112 regulars by recorded failures, with active rates of 89, 73 and 40 percent. Smith and colleagues explain why clustered failures leave little room for recovery. The evidence sort lists proven facts, the probable link to failures and the call nobody made. A section shows the signal was visible weeks earlier, citing Fader and colleagues on recency and frequency and Reinartz and Kumar on long-life customers. Three recommendations and the cohort's limits close the paper.
BUSI 4004 Week 3 rubric: what earns full marks
Graders look for a disciplined separation of evidence. Papers that state a cause as fact without records, or that ignore alternative explanations such as a move or job change, lose marks. The customer's own history should be shown in enough detail to support the timeline. The cohort comparison is a distinguishing feature: it turns one story into a pattern and shows whether the case is typical. The "never asked" category earns credit for honesty and usually points to the most practical fix. Each recommendation should grow out of a finding and be concrete enough to begin on Monday. Readings should support the use of purchase data or the effects of failure and recovery. Small samples should be acknowledged.
BUSI 4004 Week 3 help: mistakes that cost marks
Pull the lost customer's full order history and look at the last few months closely: did orders shrink, slow or follow a problem? Then gather a group of similar customers and compare those with and without similar problems. Write three lists: what you know from records, what you suspect, and what you never asked. Recommend one way to spot the next at-risk customer earlier and one way to respond. Weak retention papers tell a story about why the customer left without records, ignore other explanations or recommend generic loyalty programs. Others never contact the customer or suggest doing so. If you would like a model retention analysis for a customer your business lost, share their order history and anything noted about them.
Get a BUSI 4004 Week 3 example written to your instructions
Send the Week 3 case, prompt and rubric; an analysis of that case returns in 24 to 48 hours, the first at no charge. Purchase data in the case? Include it, so the cohort view uses those figures. Without data, the sample constructs an illustrative table and labels it clearly as such.
More BUSI 4004 papers and BS in Business Administration samples
- BUSI 4004 Week 1: Customer Loyalty Discussion Post
- BUSI 4004 Week 2: Customer Touchpoint Map
- BUSI 4004 Week 4: Customer Complaint Response
- BUSI 4004 Week 5: Retention Idea Peer Replies
- BUSI 4004 Week 6: Customer Feedback Read
- BUSI 4004 Week 7: CRM System Review
- BUSI 4004 Week 8: Customer Data Practice Memo
- BUSI 4004 Week 9: Loyalty Offer Proposal
- BUSI 4004 Week 10: Service Recovery Plan
- BUSI 4004 Week 11: Customer Relationship Plan
- BUSI 4003 Week 3: Competitor Market Scan
- BUSI 4002 Week 3: Venture Concept Statement
- BUSI 3016 Week 3: Three-Ratio Analysis Write-Up
- BUSI 3014 Week 3: Operational Measure Definition
BUSI 4004 Week 3 questions, answered
Where can I find a free BUSI 4004 Week 3 sample paper?
You can read the full retention analysis, ticket history and cohort table included, further down this page for free.
Who is the lost customer in the BUSI 4004 Week 3 example?
A weekly regular who placed 94 shirt orders over two years at a composite dry cleaner and stopped in March 2027.
What do his records show before he left?
A scorched collar and two pickups at which he waited after a ready text, followed by orders shrinking from six shirts to three.
What does the cohort comparison find?
Regulars with two or more recorded failures in three months stayed active at 40 percent, against 89 percent for those with none.
What evidence was never collected?
His own reason for leaving, because nobody at the shop contacted him.