CMA Part 2, Strategic Financial Management, tests two skills together: reading a company through its financial statements, and choosing between projects with its cash. Financial statement analysis turns the income statement, balance sheet, and cash flow statement into ratios for liquidity, profitability, leverage, and efficiency. Capital budgeting then ranks projects by net present value, internal rate of return, and payback period. Master both, because exam cases often pair a weak ratio with a project decision.
These CMA Part 2 notes cover the ratio families, one fully worked example, and the capital budgeting methods, with the traps that cost marks. Build a dated study plan around them with the free study timetable generator, and work one ratio family per day until every formula comes from memory.
CMA Part 2 Notes: Financial Statement Analysis First
CMA Part 2 financial statement analysis turns three statements into decisions. Ratios test liquidity, profitability, leverage, and efficiency, while capital budgeting ranks projects by net present value, internal rate of return, and payback. Learn both together, because exam cases mix a weak ratio with a project choice.
Start with the question each statement answers. First, the income statement shows performance over a period: sales, costs, and profit. By contrast, the balance sheet shows position at a point in time: assets, liabilities, and equity. Finally, the cash flow statement shows cash movement: operating, investing, and financing flows. A ratio is useful only when you know which statement it comes from, because a point in time ratio and a period ratio behave differently.
According to UWorld, summarizing the Institute of Management Accountants, the most recent global CMA pass rate released by IMA was 45 percent across Part 1 and Part 2, and the exam uses a scaled score from 0 to 500, with 360 required to pass. That bar explains why formula recall alone fails: Part 2 rewards candidates who interpret numbers, not candidates who only memorize them. Sources: UWorld, CMA Exam Pass Rates and Scoring (http://accounting.uworld.com/cma-review/cma-exam/pass-rates/).
Before you calculate anything, set three habits. First, state the ratio in words before you write numbers, so a wrong formula shows itself early. Second, compare a ratio with a sensible benchmark, such as the same company last year or a peer in the same industry, because a ratio alone rarely tells you if a number is good or bad. Third, check the cash story behind an accrual story: profit can rise while cash falls, and that gap often points to receivables or inventory building up.
Ratio Families That Answer Different Questions
Examiners sort ratios into four families, and each family answers a different question. Learn the families first, then the formulas inside them, so you can classify a new ratio on sight.
Liquidity: can the company pay short term bills?
Liquidity ratios compare short term assets with short term liabilities. First, the current ratio divides current assets by current liabilities. Next, the quick ratio removes inventory from current assets first, because inventory must sell before it becomes cash, and then divides by current liabilities. Last, the cash ratio goes further and counts only cash and cash equivalents. A current ratio above 2.0 can still hide trouble if inventory is slow moving, which is why the quick ratio matters more for retailers and manufacturers.
Profitability: does the company earn enough from sales and assets?
Profitability ratios follow profit down the income statement. Gross margin divides gross profit by sales. Operating margin divides operating income by sales. Net margin divides net income by sales. Return on assets divides net income by total assets, and return on equity divides net income by shareholders equity. Margins show pricing and cost control, while returns show how hard assets and equity work for each dollar of profit.
Leverage and coverage: how much debt, and can it be serviced?
Leverage ratios show the funding mix. Debt to equity divides total liabilities by shareholders equity. Debt to assets divides total liabilities by total assets. Coverage ratios test debt service: times interest earned divides operating income by interest expense. High leverage lifts return on equity when returns exceed borrowing costs, but it also raises risk, because interest must be paid even in a weak year.
Efficiency: how fast do assets turn into sales and cash?
Efficiency ratios, also called activity ratios, measure speed. Asset turnover divides sales by total assets. Receivables turnover divides credit sales by average receivables, and days sales outstanding converts it to days. Inventory turnover divides cost of goods sold by average inventory, and days inventory outstanding converts it to days. Faster turnover usually means less cash tied up, but very fast inventory turnover can also signal stock shortages, so read efficiency with profitability, not alone.
| Family | Question it answers | Core ratios |
|---|---|---|
| Liquidity | Can short term bills be paid? | Current ratio, quick ratio, cash ratio |
| Profitability | How much profit from sales, assets, equity? | Gross margin, net margin, return on assets, return on equity |
| Leverage and coverage | How much debt, and can interest be paid? | Debt to equity, debt to assets, times interest earned |
| Efficiency | How fast do assets become sales and cash? | Asset turnover, receivables turnover, inventory turnover |
CMA Part 2 Notes: Worked Ratio Example
Use one practice company for every ratio, so the numbers stay consistent and errors show up fast. All amounts are in thousands of dollars, except ratios and percentages.
Practice company data: sales 2,000; cost of goods sold 1,200; gross profit 800; operating expenses 500; operating income 300; interest expense 60; earnings before tax 240; tax at 30 percent, 72; net income 168. Current assets 900, made up of cash 100, receivables 300, and inventory 500. Current liabilities 450. Total assets 2,400. Total liabilities 1,400. Shareholders equity 1,000.
| Ratio | Calculation | Result | Reading |
|---|---|---|---|
| Current ratio | 900 / 450 | 2.0 | Short term cover looks comfortable |
| Quick ratio | (900 – 500) / 450 | 0.89 | Without inventory, cover is thin |
| Gross margin | 800 / 2,000 | 40.0 percent | Strong pricing or low direct costs |
| Net margin | 168 / 2,000 | 8.4 percent | Costs, interest, and tax absorb most of gross profit |
| Return on assets | 168 / 2,400 | 7.0 percent | Each asset dollar earns 7 cents |
| Return on equity | 168 / 1,000 | 16.8 percent | Leverage lifts equity return above asset return |
| Debt to equity | 1,400 / 1,000 | 1.4 | Liabilities exceed equity, watch coverage |
| Times interest earned | 300 / 60 | 5.0 times | Operating income covers interest five times |
Reading the full ratio set together
Now interpret the set as a whole, the way an exam case asks you to. Liquidity looks strong on the current ratio, but the quick ratio at 0.89 warns that inventory carries the cover. Profitability is solid at the gross level, 40 percent, but net margin falls to 8.4 percent after operating expenses, interest, and tax. Leverage explains part of the gap between return on assets at 7.0 percent and return on equity at 16.8 percent: debt funds part of the asset base. Coverage at 5.0 times keeps that leverage manageable for now. A strong answer names the tension, not just the numbers: comfortable current cover, thin quick cover, and leverage that helps returns while it raises risk.
Three ratio traps to avoid
Watch three ratio traps. First, point in time distortion: a balance sheet ratio can look healthy on the reporting date and weak a week later, so seasonal companies need average balances where the question gives them. Second, accounting choices: different inventory or depreciation methods change margins and returns without changing cash, so compare like with like. Third, window dressing: a company can pay down short term debt just before year end to flatter liquidity, then borrow again after. When a case gives you cash flow data, use it to test whether the ratio story matches the cash story.
Capital Budgeting: NPV, IRR, and Payback
Capital budgeting asks a different question from ratio analysis: should the company spend cash now for cash later? Three methods dominate CMA Part 2, and each has a clear decision rule. Net present value discounts all future cash flows at the required rate and subtracts the initial cost. Accept a project when net present value is positive, because it adds value. Internal rate of return is the discount rate that makes net present value zero. Accept a project when its internal rate of return exceeds the required rate. Payback period measures how long it takes for cumulative cash inflows to recover the initial cost. It is simple and useful for liquidity, but it ignores cash flows after payback and ignores the time value of money, unless you use discounted payback.
Working one project through all three methods
Work one project through all three methods. A project costs 100,000 now and returns 30,000 per year for five years. The required rate is 10 percent. Payback is 100,000 divided by 30,000, which is 3.33 years. For net present value, the present value annuity factor at 10 percent for five years is 3.7908, so present value is 30,000 times 3.7908, which is 113,724. Net present value is 113,724 minus 100,000, which is 13,724, so the project adds value and should be accepted on that test. The internal rate of return is about 15.2 percent, the rate at which the same five inflows have a present value of exactly 100,000. Since 15.2 percent exceeds the 10 percent required rate, the internal rate test agrees with net present value here.
| Method | Calculation for the example | Result | Decision rule |
|---|---|---|---|
| Payback period | 100,000 / 30,000 | 3.33 years | Shorter is better for liquidity; ignores later flows |
| Net present value at 10 percent | 113,724 – 100,000 | 13,724 | Accept when positive |
| Internal rate of return | Rate giving present value 100,000 | About 15.2 percent | Accept when above the required rate |
Why net present value wins a conflict
When methods conflict, net present value wins for value. Internal rate of return assumes interim cash flows reinvest at the internal rate itself, which flatters high rate projects, and it can give multiple answers when cash flows change sign more than once, such as a project with a large closing cost. Net present value assumes reinvestment at the required rate and measures added value in dollars, so it ranks mutually exclusive projects correctly even when their sizes differ. Payback stays useful as a liquidity screen, but never let a fast payback override a negative net present value.
Building the project cash flows correctly
Build cash flows correctly, or the methods give precise answers to the wrong question. Ignore sunk costs, money already spent that cannot be recovered, because no future decision changes it. Next, add opportunity costs, the value of the next best use of an asset or space. Also count working capital: a project that needs more inventory or receivables ties up cash at the start and releases it at the end. Finally, include tax effects, such as depreciation tax shields and tax on disposal gains, and keep nominal and real rates consistent: nominal cash flows with a nominal discount rate, or real cash flows with a real rate, never mixed.
According to CMA Exam Academy, summarizing IMA scoring, each CMA part carries 100 multiple choice questions worth 75 percent and two case based questions worth 25 percent, so a capital budgeting case question can carry real weight in the final score. Source: CMA Exam Academy, CMA Exam Passing Score (https://cmaexamacademy.com/cma-exam-passing-score/).
CMA Part 2 Notes: Traps and Revision Checklist
Most lost marks in this area come from five repeatable errors. First, using net income instead of operating income for times interest earned. Second, forgetting to remove inventory for the quick ratio, or removing receivables by mistake. Third, mixing average balances with year end balances in the same comparison without noting the change. Fourth, ranking a project by payback alone when net present value is negative. Fifth, counting sunk costs in a project cash flow, or leaving out working capital and tax.
CMA Part 2 revision checklist
- Liquidity: current ratio, quick ratio without inventory, cash ratio, and what each one hides
- Profitability: gross margin, operating margin, net margin, return on assets, return on equity
- Leverage: debt to equity, debt to assets, times interest earned with operating income
- Efficiency: asset turnover, receivables and inventory turnover, days outstanding conversions
- Capital budgeting: net present value, internal rate of return, payback, and why net present value wins a conflict
- Cash flows: sunk costs out, opportunity costs in, working capital in and out, tax included, nominal with nominal
- Exam facts: scaled score 0 to 500, pass mark 360, multiple choice 75 percent, case questions 25 percent
Should I compare ratios with last year or with peers?
Do both when the question allows it. Last year shows direction, peers show position. A margin that improved but still trails peers is progress, not strength, and a ratio that fell while peers fell faster may still be competitive. State which comparison you used before you judge the number.
When do NPV and IRR disagree?
They disagree most often when projects differ in size or timing, or when cash flows change sign more than once. Net present value measures dollars added, internal rate of return measures a percentage, and a smaller project can show a higher percentage while adding fewer dollars. In a conflict, choose the higher net present value, and say why in your answer.
Does payback matter if NPV is positive?
Yes, as a liquidity check, not as a value test. A positive net present value project with a long payback still ties up cash for years, and a company with tight liquidity may need the faster project first. Report both: value from net present value, liquidity from payback, and let the case facts decide which one binds.
Close your study loop with the practice company above. Rework every ratio from the raw data without looking at the table, then rework the capital budgeting example at a different discount rate and watch net present value fall as the rate rises. That second run is what turns formulas into judgment, and judgment is what Part 2 tests. Plan the next round with the free study timetable generator, and keep this note beside the worked tables until both methods feel automatic.
Lauren Brooks is a finance professional writing on professional exams, study strategies, and finance careers.
Leave a Reply