| Course | ACC 550 Cost Accounting |
|---|---|
| Module | Module 7 |
| Paper type | graduate final project milestone on budgeting, variances and performance evaluation |
| Length | About 1,010 words, 6 pages |
| Format | APA 7 student paper |
| School | Southern New Hampshire University |
| Program | MS Accounting |
| Updated | October 2026 |
Free sample paper for ACC 550 Module 7
Separating Weather From Management: A Flexible Budget and Variance Evaluation for a Drought Season
[Student Name]
Southern New Hampshire University
ACC 550: Cost Accounting
Final Project Milestone Three
[Instructor Name]
[Date]
The organization, setting and figures below are a composite written as a model document. No real employer, client, colleague or patient is described.
Separating Weather From Management: A Flexible Budget and Variance Evaluation for a Drought Season
Introduction
The pecan sheller's budget for the season assumed it would buy and shell 28 million pounds of in-shell nuts. A summer drought across south Georgia and Alabama cut the regional crop, and the company received 25.2 million pounds, 10 percent less, at higher prices and lower quality. This milestone compares the season's results with the budget, separates the effects of volume, price, yield and spending, and recommends how the plant manager and purchasing manager should be evaluated. It uses the cost behavior estimates from Module Two and connects to the activity-based model from Milestone Two (Datar & Rajan, 2021).
Static and Flexible Budgets for the Plant
Table 1. Plant Operating Cost: Static, Flexible and Actual
| Item | Static budget, 28.0 million pounds | Flexible budget, 25.2 million pounds | Actual |
|---|---|---|---|
| Fixed plant cost | $5,160,000 | $5,160,000 | |
| Variable plant cost at $0.28 a pound | 7,840,000 | 7,056,000 | |
| Total plant cost | $13,000,000 | $12,216,000 | $12,900,000 |
| Variance against static budget | $100,000 favorable | ||
| Spending variance against flexible budget | $684,000 unfavorable |
Against the static budget, the plant appears to have saved $100,000. That comparison is misleading because the plant processed 10 percent fewer pounds and should have spent much less. Flexed to actual volume using the regression estimate from Module Two, the budget is $12,216,000, and the plant spent $684,000 more. That is the figure that reflects how well the plant was run. Investigation of time cards, fuel invoices and maintenance logs found three causes: overtime when the shortened harvest compressed deliveries into seven weeks instead of ten, about $410,000; extra drying fuel for nuts delivered with higher moisture, about $150,000; and a cracker repair, about $124,000. The first two arose from the drought's timing; the third from deferred maintenance the plant manager had chosen in the spring.
Nut Price Variance
The budget assumed $2.40 a pound. The regional shortage pushed the average price paid to growers to $2.62. On 25.2 million pounds, that is an unfavorable price variance of $5,544,000. The purchasing manager bought at prevailing market prices, and competitors paid similar amounts according to the regional growers' association price reports; she had proposed forward contracts with three large growers in the spring, which the owners declined.
Yield Variance
The standard yield is 22 percent halves and 26 percent pieces. Drought-stressed kernels were smaller and more brittle, and the season yielded 20.5 percent halves and 27.5 percent pieces. The 1.5 points that graded into pieces instead of halves, about 378,000 pounds, sell for $3.20 a pound less, an unfavorable yield variance of about $1,210,000 in sales value. Laboratory records show kernel quality across the region fell similarly, and the plant's grading accuracy, checked by sample re-grading, was within normal limits. Two other shellers in the region reported halves yields between 20 and 21 percent, which supports treating the variance as a crop effect rather than a processing problem.
Evaluating Performance
Table 2. Variances and Responsibility
| Variance | Amount | Primary cause | Controllable by |
|---|---|---|---|
| Plant spending, overtime and drying | $560,000 U | Compressed, wet harvest | Largely uncontrollable; plant manager responsible for response |
| Plant spending, cracker repair | 124,000 U | Deferred maintenance | Plant manager |
| Nut price | 5,544,000 U | Regional shortage | Uncontrollable this season; owners for declining forward contracts |
| Yield, halves to pieces | 1,210,000 U | Drought-stressed kernels | Uncontrollable; grading accuracy normal |
The plant manager should be evaluated on spending against the flexible budget, the measure he could most directly influence, with the weather-related overtime and drying explained but not counted against him, and the cracker repair counted, since deferring maintenance was his choice. The purchasing manager should not be penalized for market prices she did not control, and her forward contract proposal should be credited. The yield variance belongs to the crop, although the plant manager should report how grading was adjusted for smaller kernels so that future seasons can be compared. Hansen et al. (2003) note that budgets used rigidly for evaluation encourage managers to protect themselves rather than respond to conditions, and holding these managers to the static budget would have done exactly that. Libby and Lindsay (2010), surveying North American firms, found budgets still widely valued for control, with many firms evaluating managers more flexibly against them, the approach recommended here.
What the Variances Imply for Next Year
The variances also point to changes in how the company plans. The price variance shows how exposed the company is to the regional crop: a 22-cent change in the price of nuts moved costs by more than $5 million, far more than any plant efficiency could offset. The owners should reconsider forward contracts with large growers for part of next year's volume, accepting that they will sometimes pay more than the spot price in exchange for stability. The yield variance suggests building a crop quality scenario into the budget rather than assuming a standard yield every year; a drought scenario with a 1.5-point lower halves yield would have prepared sales for the shortage of halves. And the overtime caused by the compressed harvest suggests a contingency plan for temporary crews that can be activated quickly when deliveries bunch up. A budget that includes these scenarios is less likely to produce surprises and gives managers clearer standards for evaluation.
Links to the Earlier Milestones
The activity-based model from Milestone Two should be built into next year's budget. A smaller crop means fewer pounds, but retail packaging activity depends on orders and changeovers rather than pounds, so post-shelling overhead will not fall in proportion to volume. Budgeting it by activity rather than per pound will prevent next year's static budget from understating those costs.
Conclusion
A static comparison suggested the plant saved $100,000; a flexible budget shows it overspent by $684,000, mostly because of the drought's timing. Nut prices and yields cost the company far more, $5.5 million and $1.2 million, but neither was controllable this season. Managers should be evaluated against flexible budgets on what they could influence, and next year's budget should incorporate forward buying and activity-based overhead. Reporting the season this way gives the owners an honest account of what went wrong and keeps the managers focused on what they can improve.
References
Datar, S. M., & Rajan, M. V. (2021). Horngren's cost accounting: A managerial emphasis (17th ed.). Pearson.
Hansen, S. C., Otley, D. T., & Van der Stede, W. A. (2003). Practice developments in budgeting: An overview and research perspective. Journal of Management Accounting Research, 15(1), 95-116. https://doi.org/10.2308/jmar.2003.15.1.95
Libby, T., & Lindsay, R. M. (2010). Beyond budgeting or budgeting reconsidered? A survey of North-American budgeting practice. Management Accounting Research, 21(1), 56-75. https://doi.org/10.1016/j.mar.2009.10.003
What the ACC 550 Module 7 instructions ask for
Milestone Three of the ACC 550 final project usually asks you to prepare a budget or analyze a budget-to-actual comparison for the case company and use it to evaluate performance. Expect to prepare a static and a flexible budget, compute variances for costs and, where relevant, prices, quantities and yields, explain their causes and recommend how managers should be held accountable. At the graduate level, distinguish variances managers could control from those caused by external factors, discuss the behavioral effects of how budgets are used and connect the analysis to the cost information developed in earlier milestones. Clear tables and a plain explanation of each variance's cause make the evaluation credible.
How this ACC 550 Module 7 milestone three example is built
The sample starts from a budget for 28 million pounds: nuts at $2.40 a pound and plant cost of $5.16 million fixed plus $0.28 a pound, $13.0 million in all. Drought cut deliveries to 25.2 million pounds. Plant cost of $12.9 million looks $100,000 under the static budget, but the flexible budget for 25.2 million pounds is $12.216 million, revealing a $684,000 unfavorable spending variance, mostly overtime from a compressed harvest. Nuts cost $2.62 a pound, a $5.5 million price variance driven by the regional shortage. Drought-stressed kernels graded 1.5 points lower into halves, a $1.2 million yield variance. The evaluation holds the plant manager to spending, not the crop.
Where the ACC 550 Module 7 rubric puts the points
Rubrics for ACC 550 Milestone Three typically score the budget preparation, flexible budget analysis, variance computation and explanation, the distinction between controllable and uncontrollable variances, recommendations for performance evaluation and links to earlier milestones. Top papers show why a static comparison misleads, trace each variance to a cause, assign responsibility only for what managers could influence and discuss how evaluation affects behavior. Graders reward integration with cost behavior estimates from earlier work and recommendations that would change next year's budget. Common deductions include evaluating managers on static budget variances, treating all unfavorable variances as poor performance and listing variances without causes or recommendations.
ACC 550 Module 7 help: the mistakes that cost points
Variance-based evaluations most often go wrong by judging managers against a budget for a volume the company never processed, or by blaming them for market prices and weather they could not control. Another frequent gap is ignoring incentives: a plant manager held to cost per pound in a short crop may cut grading care to save labor, lowering yield. If your case is a hospital, a retailer or a service firm, the same principles apply: flex the budget to actual activity, explain each variance and assign responsibility to the person who could act on it. End with a recommended evaluation, not just a list of variances, since that is the decision the milestone supports, and say how next year's budget should change.
Get ACC 550 Module 7 written to your instructions
Send the ACC 550 Milestone Three guidelines, the case data and your earlier milestones. The paper will prepare static and flexible budgets, compute and explain the variances, separate controllable from uncontrollable effects and recommend how performance should be evaluated. First samples are free; the usual turnaround is two days. The paper above is an original model document written by our desk, not a submitted student paper and not an official Southern New Hampshire University document.
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ACC 550 Module 7 questions, answered
Where can I find a free ACC 550 Module 7 Milestone Three sample?
This page includes a complete ACC 550 Module 7 Milestone Three flexible budget and variance evaluation for a pecan sheller's drought season.
Why use a flexible budget for performance evaluation?
Because it shows what costs should have been at the actual level of activity, so variances reflect spending and efficiency rather than volume.
What is a yield variance?
The effect of obtaining a different proportion or quantity of output from inputs than the standard, such as fewer halves per pound of nuts.
Should managers be held responsible for uncontrollable variances?
Generally not for evaluation purposes, though they should explain them and respond. Responsibility should match what a manager can influence.
How do budgets affect manager behavior?
Tight or rigid targets can encourage gaming, short-term cost cutting or budget slack, which is why how budgets are used matters as much as how they are built.