ACC 345 Module 5 Forecasting Assignment Example

Reviewed by Portia Lambrick, MBA

This ACC 345 Module 5 Forecasting Assignment sample builds next year's pro forma statements from stated assumptions. Built for SNHU ACC 345 (ACC-345), the BS Accounting course on financial statement analysis and business valuation, it takes on the fifth module's task of forecasting a company's financial statements and explaining the drivers. A composite fire sprinkler contractor in metro Atlanta expects 8 percent revenue growth, led by its service segment. The paper sets out each driver with its basis, projects revenue of $41.5 million and net income of about $2.3 million, forecasts working capital from collection days and revenue percentages, uses cash as the balancing figure and tests a downside case in which collections slip to 80 days.

CourseACC 345 Financial Statement Analysis/Business Valuation
ModuleModule 5
Paper typeundergraduate financial forecasting assignment with pro forma statements
LengthAbout 1,030 words, 6 pages
FormatAPA 7 student paper
SchoolSouthern New Hampshire University
ProgramBS Accounting
UpdatedOctober 2026

Free sample paper for ACC 345 Module 5

1

Next Year on Paper: Pro Forma Statements and Their Drivers for a Composite Fire Sprinkler Contractor

[Student Name]

Southern New Hampshire University

ACC 345: Financial Statement Analysis and Business Valuation

Module Five Assignment

[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.

What this page is doingThe title signals a forecast built from drivers.
2

Next Year on Paper: Pro Forma Statements and Their Drivers for a Composite Fire Sprinkler Contractor

Introduction

The private equity firm considering the Atlanta sprinkler contractor needs a view of next year before it can value the business, and the contractor's bank needs one before renewing its line. This assignment prepares pro forma income statements and balance sheets for the coming year from explicit drivers. Koller et al. (2020) recommend building forecasts from operating drivers, revenue growth, margins and capital needs, rather than extending past totals, because drivers can be checked against the business. Every assumption below has a stated basis, and the plug, cash, shows whether the plan generates or consumes financing.

What this page is doingThe forecast's purpose is stated.
3

Revenue Drivers

Installation revenue of $24.0 million is forecast to grow 5 percent, based on the company's signed backlog of $14.8 million and its historical conversion of bids. Service revenue of $14.4 million is forecast to grow 13 percent, based on 94 percent contract renewal, price increases of 4 percent and new inspection contracts from buildings the company installed last year. Total revenue grows about 8 percent to $41,472,000.

Table 1. Revenue Forecast (thousands of dollars)

SegmentLatest yearGrowthForecast
Installation24,0005.0%25,200
Service14,40013.0%16,272
Total38,4008.0%41,472
What this page is doingRevenue is forecast by segment.
4

Income Statement

Gross margin is forecast by segment at last year's rates, 23.2 percent for installation and 36.0 percent for service, which gives 28.2 percent overall as the higher-margin segment grows faster. SG&A holds at 18 percent of revenue, as it has for three years. Depreciation is 2.1 percent of revenue, consistent with the planned fleet and equipment base. Interest rises slightly with average debt. The tax rate is 25 percent.

Table 2. Pro Forma Income Statement (thousands of dollars)

LineForecast
Revenue41,472
Gross profit (28.2%)11,704
SG&A (18.0%)(7,465)
Depreciation (2.1%)(871)
Operating income3,368
Interest expense(360)
Income before tax3,008
Income tax (25%)(752)
Net income2,256
What this page is doingExpenses follow stated ratios.
5

Balance Sheet Drivers

Receivables are forecast at 68 days of revenue, between last year's 73 and the prior year's 64, on the assumption that one of the two slow-paying projects closes and releases its retainage. Contract assets are 3.5 percent of revenue, contract liabilities 3.0 percent, inventory 3.0 percent, prepaid costs 0.55 percent, payables 8.5 percent and accrued liabilities 4.2 percent, each close to last year's ratio. Capital spending of $1,369,000, 3.3 percent of revenue, covers new service vans and a pipe-threading machine. The company will repay $600,000 of term debt and distribute $700,000 to the family.

Table 3. Pro Forma Balance Sheet (thousands of dollars)

LineLatest yearForecastBasis
Cash1,9002,649Plug
Accounts receivable7,6807,72668 days
Contract assets1,4201,4523.5% of revenue
Inventory and prepaid1,3601,4723.55% of revenue
Property and equipment, net3,9004,398Plus capex, less depreciation
Total assets16,26017,697
Accounts payable3,2403,5258.5% of revenue
Accrued liabilities1,6101,7424.2% of revenue
Contract liabilities1,1801,2443.0% of revenue
Interest-bearing debt4,8004,200Less $600 repayment
Stockholders' equity5,4306,986Plus net income, less distributions
Total liabilities and equity16,26017,697

Cash is the balancing figure. With the assumptions above, the company ends the year with $2,649,000, up $749,000, meaning the plan funds its own growth, debt repayment and distributions.

What this page is doingWorking capital is driven by days and percentages.
6

How the Statements Connect

A pro forma balance sheet is not a separate forecast; it is the income statement's consequences. Net income of $2,256,000 less $700,000 of distributions raises equity by $1,556,000. Capital spending of $1,369,000 less depreciation of $871,000 raises net property and equipment by $498,000. The $600,000 debt repayment lowers interest-bearing debt to $4,200,000. Every other balance sheet line is driven by revenue through a stated ratio, so the only figure left free is cash. If any link were broken, for example if depreciation in the income statement differed from the reduction in equipment, the balance sheet would still balance through the plug but the forecast would be quietly wrong, which is why each link is checked separately.

What this page is doingThe links between statements are checked.
7

Reasonableness Checks

Three checks suggest the base case is reasonable rather than optimistic. Revenue growth of 8 percent is below the 11 percent of each of the last two years, which allows for the end of two large projects. The operating margin of 8.1 percent is only slightly above last year's 8.0 percent, with the whole improvement explained by mix. And the forecast receivables collection of 68 days assumes only partial recovery from the latest year's slowdown. A forecast that showed margins jumping or collections returning to 60 days without a named cause would deserve less trust.

What this page is doingThe forecast is compared with history.
8

Which Assumptions Matter

Nissim and Penman (2001) show that forecasts of profitability are most sensitive to the drivers of operating returns, and for this company the most sensitive driver is not margin but collection speed. Each day of receivables equals about $114,000 of cash at forecast revenue. If collections instead slipped to 80 days, receivables would be $9,092,000, about $1.37 million higher, and ending cash would fall to roughly $1.3 million, well below last year's level, with no change in profit. A one-point drop in installation gross margin, by comparison, would reduce net income by about $189,000. The bank and the buyer should therefore focus on the receivables assumption first and margins second.

What this page is doingSensitivity is analyzed.
9

A Downside Case

Table 4. Base and Downside Cases (thousands of dollars)

ItemBase caseDownside case
Revenue growth8.0%3.9%
Days sales outstanding6880
Installation gross margin23.2%22.2%
Net income2,256about 1,950
Ending cash2,649about 1,200

In the downside case, installation grows only 2 percent and service 7 percent, collections slow and the installation margin slips a point; together they cut ending cash to about $1.2 million, below last year's $1.9 million, which would likely mean drawing on the credit line or trimming distributions. Penman (2013) stresses that a forecast should be read as a range, not a point; here the range shows a business that remains profitable in a weak year but whose cash depends heavily on customers paying on time.

What this page is doingAn alternative scenario is summarized.
10

Conclusion

On the base case, the contractor grows revenue 8 percent to $41.5 million, earns about $2.3 million and ends the year with $2.6 million of cash after capital spending, debt repayment and distributions. The forecast is most sensitive to collections: at 80 days, cash falls by more than a million dollars. Lenders and buyers should test that assumption before relying on the base case.

What this page is doingThe conclusion summarizes the forecast.
11

References

Koller, T., Goedhart, M., & Wessels, D. (2020). Valuation: Measuring and managing the value of companies (7th ed.). Wiley.

Nissim, D., & Penman, S. H. (2001). Ratio analysis and equity valuation: From research to practice. Review of Accounting Studies, 6(1), 109-154. https://doi.org/10.1023/A:1011338221623

Penman, S. H. (2013). Financial statement analysis and security valuation (5th ed.). McGraw-Hill Education.

What the ACC 345 Module 5 instructions ask for

The Module Five assignment in ACC 345 usually asks you to prepare pro forma financial statements for one or more future years. Expect to forecast revenue first, then costs and expenses as percentages of revenue or from specific plans, then balance sheet accounts from turnover ratios or percentages, and finally the financing needed to balance the statements. Many versions ask for a sensitivity or scenario analysis. State every assumption and its basis, such as historical averages, management plans or industry trends, and make sure the balance sheet balances through a clearly identified plug such as cash or a revolving loan. Explain which assumptions matter most, since a forecast is only as useful as its drivers are defensible, and show the result of changing them.

How this ACC 345 Module 5 forecasting assignment example is built

The sample forecasts next year for the contractor. Revenue grows 8 percent to $41,472,000, with installation up 5 percent and service up 13 percent. Gross margin rises to 28.2 percent overall as service grows, SG&A stays at 18 percent and depreciation is 2.1 percent of revenue, giving operating income of $3,368,000 and net income of $2,256,000. Receivables are forecast at 68 days, contract assets at 3.5 percent of revenue and payables at 8.5 percent. Capital spending of $1,369,000, $600,000 of debt repayment and $700,000 of distributions are scheduled. Cash balances the statements at $2,649,000. A downside case with slower growth, collections at 80 days and a weaker installation margin cuts cash to about $1.2 million.

Where the ACC 345 Module 5 rubric puts the points

Rubrics for the ACC 345 forecasting assignment typically score the reasonableness and documentation of assumptions, the accuracy of the pro forma statements, the balancing mechanism, any sensitivity analysis and the written explanation. Top papers forecast revenue by segment or driver, tie expenses and balance sheet accounts to explicit ratios, connect the income statement and balance sheet through retained earnings and depreciation, and explain which assumptions most affect the result. Graders reward forecasts that reflect what the analysis in earlier modules found. Common deductions include balance sheets that do not balance, assumptions with no basis and forecasts that simply grow every line by the same rate.

ACC 345 Module 5 help: the mistakes that cost points

Forecasts most often go wrong when every line grows at the revenue rate, which ignores fixed costs and changing mix, and when the balance sheet is forced to balance with an unexplained plug. Another common problem is forgetting to link net income to retained earnings or capital spending and depreciation to property and equipment. If your forecast covers several years, a public company or a cash budget, the same driver logic applies and we can build it from your data. Start with a short list of drivers and their bases before entering any numbers; graders read the assumptions page first, and so do real lenders.

Get ACC 345 Module 5 written to your instructions

Send the ACC 345 Module 5 data and instructions. The paper will state each forecasting driver with its basis, build the pro forma income statement and balance sheet, balance them with a plug, and test an alternative case. Turnaround runs about two days, and you pay nothing for the first. 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.

More ACC 345 papers and related BS Accounting samples

ACC 345 Module 5 questions, answered

Where can I find a free ACC 345 Module 5 forecasting sample?

This page includes a full ACC 345 Module 5 forecast with pro forma statements, stated drivers and a downside case for a contractor.

What is a pro forma financial statement?

A projected income statement, balance sheet or cash flow statement based on stated assumptions about future revenue, costs, investment and financing.

How do you forecast balance sheet accounts?

Usually as a percentage of revenue or through turnover ratios, such as days sales outstanding for receivables, with fixed assets from capital spending plans and depreciation.

What is a plug in a financial forecast?

The account, usually cash or a revolving loan, that absorbs the difference so the balance sheet balances. It shows whether the plan generates or requires financing.

Why run a downside case?

Because forecasts are uncertain. A downside case shows how sensitive cash or profit is to the most important assumptions and whether the company could withstand them.