Certified Management Accountant (CMA) Exam Practice Test

Preparing for the Certified Management Accountant (CMA) exam can feel overwhelming. The syllabus is massive, the questions are tricky, and many candidates fail not because they lack knowledge—but because they practice the wrong way. Reading theory alone doesn’t prepare you for how the CMA actually tests your thinking.

That’s where this CMA Exam Practice Test makes the difference.

This CMA Practice Exam Questions is designed for candidates who want real exam-level questions, not recycled basics or surface-level quizzes. Every question is structured to reflect how the CMA exam challenges you to analyze data, apply concepts under time pressure, and choose the best answer—not just the obvious one.

Instead of wasting weeks wondering if you’re ready, this CMA practice test helps you:

• Understand how questions are framed on the real exam

• Spot weak areas before exam day—not after

• Build speed and accuracy with realistic test-style practice

• Study smarter with clear explanations that actually teach

Many CMA candidates struggle with confidence. You might know the material, but second-guess yourself during practice or exams. Consistent practice with exam-focused questions removes that doubt and helps you walk into the test knowing what to expect.

Whether you’re preparing for CMA Part 1 or Part 2, this practice test gives you structured, focused preparation that fits into your schedule. No distractions. No filler content. Just targeted CMA practice built to help you pass.

If your goal is to clear the CMA exam on your next attempt, stop relying on passive study methods. Start practicing the way successful CMA candidates do—and turn your preparation into results.

Who Can Take this CMA Exam Practice Test

This CMA Practice Exam Questions are suitable for accounting and finance professionals at various stages of their careers. Typical candidates include:

• Accounting graduates who want to build careers in management accounting or corporate finance.
• Working professionals in finance, auditing, or management roles seeking to advance into strategic decision-making positions.
• Managers and analysts who want a recognized credential to support leadership opportunities in multinational organizations.

Eligibility generally requires a bachelor’s degree and two years of professional experience in management accounting or financial management, but students can begin the exam process before completing the experience requirement.

Topics Covered in Our CMA Exam Practice Test

This Certified Management Accountant Exam Practice Questions has been carefully designed to mirror the content and difficulty of the real CMA exam. It provides extensive coverage across the major areas tested:

• Cost and Performance Management: Break-even analysis, contribution margin, sales mix, and operating leverage.
• Variance Analysis: Material, labor, overhead, and interpretation of variances to support management action.
• Budgeting and Forecasting: Flexible budgets, rolling forecasts, zero-based budgeting, and participative budgeting.
• Capital Budgeting: Net Present Value (NPV), Internal Rate of Return (IRR), Modified IRR (MIRR), Payback, and Profitability Index.
• Working Capital Management: Cash conversion cycle, receivables, payables, and liquidity improvement strategies.
• Divisional Performance and Transfer Pricing: ROI, Residual Income, EVA, and the impact of transfer pricing policies on goal congruence.
• Strategic Management Tools: Balanced Scorecard perspectives, operational efficiency, customer retention, and employee development.
• Ethics and Professional Standards: Practical cases aligned with the IMA Code of Ethics, ensuring candidates know how to handle ethical dilemmas.

What Makes This CMA Exam Practice Test Different?

This CMA practice mock exam is more than just a set of multiple-choice questions. It includes:

• 650+ Multiple Choice and True/False Questions: Each with detailed step-by-step explanations, not just the final answer.
• Essay-Style Questions with Model Answers: Covering realistic business cases that require both calculations and written recommendations.
• Scenario-Based Practice: Questions reflect real workplace challenges, preparing you for how the CMA applies in practice.
• Comprehensive Explanations: Every solution walks through the numbers and the managerial reasoning behind the decision.

By practicing practice cma questions, candidates learn to think like management accountants, balancing accuracy with strategic insight.

Benefits of Using Our CMA Practice Exam Questions

1. Improves Exam Performance: Exposure to realistic questions helps candidates manage time, structure answers, and gain confidence for both MCQs and essays.
2. Strengthens Decision-Making Skills: Beyond calculations, the explanations emphasize the why behind each decision, just like the actual exam.
3. Covers Both Technical and Strategic Areas: Ensures preparation across cost accounting, performance management, finance, risk, and ethics.
4. Prepares for Essay Section: Model essays guide candidates in writing clear, concise, professional answers—one of the hardest parts of the CMA exam.
5. Provides a Complete Study Tool: Instead of piecemeal materials, this product combines all areas of study into one structured resource.

What is the CMA Exam?

The CMA exam is divided into two parts, each testing different but complementary areas of accounting and finance. Part 1 covers financial planning, performance, and analytics, while Part 2 focuses on strategic financial management. Together, these parts ensure candidates can handle both the technical aspects of management accounting and the strategic decisions required at higher leadership levels.

The exam is rigorous, combining multiple-choice questions with essay-style case studies. Candidates must not only perform accurate calculations but also explain their reasoning and provide recommendations in clear, professional language. This is why preparing with realistic practice exams is critical.

Why the CMA Credential Matters

Earning the CMA credential opens doors to senior management roles in finance and accounting. CMAs are recognized for their ability to integrate financial data into strategic planning, making them valuable to multinational companies, consulting firms, and leadership teams. The skills tested—decision analysis, cost management, and performance measurement—are directly applicable to real business environments.

The CMA exam is challenging, but with the right preparation, candidates can approach it with confidence. This practice exam product provides a structured, realistic, and comprehensive way to prepare. With hundreds of questions, detailed step-by-step solutions, and essay-style answers, it equips candidates not just to pass the exam but to develop the mindset of a professional management accountant. Whether you are just beginning your CMA journey or aiming to sharpen your exam readiness, this resource will guide you every step of the way toward earning one of the most respected credentials in the accounting and finance profession.

Before you begin, explore these sample CMA test questions designed to mirror real exam topics and help you assess your readiness for the CMA certification.

CMA Sample Questions and Answers

1) Break-Even Units (Single Product)

A product sells for $50 with variable cost $30. Fixed costs are $200,000. What is the break-even point in units?
A. 8,000
B. 10,000
C. 12,500
D. 20,000
Answer: B

Explanation: CM/unit = 50 − 30 = 20. Break-even units = 200,000 ÷ 20 = 10,000.

2) Sales Mix Break-Even

Product A: P=$40, V=$28. Product B: P=$60, V=$42. Sales mix A:B = 3:2. Fixed costs = $360,000. How many total units (A+B) at break-even?
A. 20,000
B. 22,000
C. 25,000
D. 30,000
Answer: C

Explanation: CM A=12; CM B=18. Composite CM (3×12 + 2×18) = 36+36=72 per 5-unit bundle. Bundles = 360,000/72=5,000 → total units = 5,000×5 = 25,000 (A=15,000; B=10,000).

3) Direct Materials Variances

Standard: 2.0 kg @ $5/kg. Actual: 2.2 kg @ $4.80/kg for 1,000 units; AQ purchased=used. What are the DM price and quantity variances?
A. $440 U price; $1,000 U quantity
B. $440 F price; $1,000 U quantity
C. $440 F price; $1,000 F quantity
D. $440 U price; $1,000 F quantity
Answer: B

Explanation:
AQ = 2.2×1,000 = 2,200 kg; SQ = 2.0×1,000 = 2,000 kg.
Price var = (AP−SP)×AQ = (4.80−5.00)×2,200 = $440 F.
Qty var = (AQ−SQ)×SP = (2,200−2,000)×5 = $1,000 U.

4) Direct Labor Variances

Standard: 1.5 hrs @ $20/hr. Actual: 1.6 hrs @ $19/hr for 800 units. Rate and efficiency variances?
A. $1,280 U; $1,600 U
B. $1,280 F; $1,600 U
C. $1,280 F; $1,600 F
D. $1,280 U; $1,600 F
Answer: B

Explanation:
AH=1.6×800=1,280; SH=1.5×800=1,200.
Rate var = (AR−SR)×AH = (19−20)×1,280 = $1,280 F.
Eff var = (AH−SH)×SR = (1,280−1,200)×20 = $1,600 U.

5) Overhead Spending Variance

Variable OH rate = $4/DLH; budgeted fixed OH $50,000; AH=9,500 DLH; actual variable OH $41,800; actual fixed OH $52,000. Total OH spending variance?
A. $3,800 U
B. $2,000 U
C. $5,800 U
D. $5,800 F
Answer: C

Explanation:
Variable spending = 41,800 − (9,500×4) = 41,800 − 38,000 = 3,800 U.
Fixed spending = 52,000 − 50,000 = 2,000 U.
Total spending = 5,800 U.

6) EOQ

Annual demand = 24,000; order cost = $75; annual carrying cost = $2/unit. EOQ?
A. 866
B. 1,000
C. 1,342
D. 1,732
Answer: C

Explanation: EOQ = √(2DS/H)= √(2×24,000×75 / 2)= √(1,800,000)= ≈1,342.

7) Reorder Point with Safety Stock

Avg daily demand = 80 units; lead time = 10 days; safety stock = 200. ROP?
A. 600
B. 800
C. 1,000
D. 1,200
Answer: C

Explanation: ROP = d×L + safety = 80×10 + 200 = 1,000.

8) NPV (Equal Cash Flows)

Initial outlay = $500,000; inflows $150,000 for 5 years; discount rate 10%. NPV?
A. $(31,382)
B. $36,000
C. $68,619
D. $75,000
Answer: C

Explanation: PV factor annuity (10%,5)=3.79079. PV = 150,000×3.79079= 568,619. NPV = 568,619−500,000= $68,619.

9) IRR (Equal Cash Flows)

Initial $500,000; 5 end-of-year inflows of $130,000. Approx IRR?
A. 8%
B. 9.5%
C. 10%
D. 11%
Answer: B

Explanation: PV factor needed = 500,000/130,000 = 3.846. Annuity factor at 9%≈3.889; at 10%≈3.791. Interpolate → ≈9.5%.

10) Payback

Initial $300,000; inflows: 80k, 100k, 90k, 60k, 50k. Payback?
A. 3.0 years
B. 3.5 years
C. 4.0 years
D. 4.5 years
Answer: B

Explanation: Cum after Y3 = 270k; need 30k in Y4; fraction = 30/60 = 0.5 → 3.5 years.

11) WACC

40% debt (pre-tax 8%), 60% equity. Tax rate 30%. rf=3%, β=1.2, market premium 6%. WACC?
A. 7.2%
B. 8.0%
C. 8.36%
D. 9.2%
Answer: C

Explanation: kd(AT)=8%(1−0.3)=5.6%. ke=3%+1.2×6%=10.2%. WACC=0.4×5.6%+0.6×10.2% = 8.36%.

12) Degree of Operating Leverage

Sales 1,000 units @ $100; VCU $60; fixed $30,000. DOL at 1,000 units?
A. 2
B. 3
C. 4
D. 5
Answer: C

Explanation: CM = (100−60)×1,000 = 40,000. OI = 40,000−30,000=10,000. DOL= CM/OI = 4.

13) Cash Conversion Cycle

Inventory days 50; Receivable days 30; Payable days 20. CCC?
A. 40 days
B. 50 days
C. 60 days
D. 80 days
Answer: C

Explanation: CCC = 50 + 30 − 20 = 60.

14) Current Ratio Effect

Current assets $500; current liabilities $250. Pay $50 A/P with cash. New current ratio?
A. 1.8
B. 2.0
C. 2.25
D. 2.5
Answer: C

Explanation: New CA = 500−50=450; CL = 250−50=200; CR = 450/200= 2.25 (improves).

15) DuPont ROE

NI=$90; Sales=$1,200; Assets=$600; Equity=$300. ROE?
A. 15%
B. 20%
C. 25%
D. 30%
Answer: D

Explanation: PM=90/1,200=7.5%; AT=1,200/600=2.0; EM=600/300=2.0. ROE=0.075×2×2= 30%.

16) ABC Allocation

OH pools: Setups $180,000 (600 setups); Inspections $120,000 (4,000 hrs). Product X uses 180 setups & 1,000 hrs. OH to X?
A. $54,000
B. $66,000
C. $84,000
D. $90,000
Answer: C

Explanation: Setup rate=180,000/600=300; X setups=180×300=54,000. Inspection rate=120,000/4,000=30; X inspections=1,000×30=30,000. Total = 84,000.

17) Joint Cost—NRV Method

Joint cost $100,000. Final sales: A=$150,000 (sep cost $30,000); B=$100,000 (sep cost $10,000). Allocate joint cost to A using NRV.
A. $42,857
B. $47,619
C. $52,381
D. $57,143
Answer: D

Explanation: NRV A=150,000−30,000=120,000; B=100,000−10,000=90,000; total=210,000. A share=120/210×100,000= $57,143.

18) Make-or-Buy

Internal variable cost $12/unit; avoidable fixed $20,000. Outsource price $13. Quantity 50,000 units; no other effects. Best decision?
A. Buy; saves $30,000
B. Make; saves $30,000
C. Buy; saves $50,000
D. Make; saves $50,000
Answer: B

Explanation: Make relevant cost = 12×50,000 + 20,000 = 620,000. Buy = 13×50,000= 650,000. Make saves $30,000.

19) Special Order

Idle capacity 5,000 units. Normal price $40; VCU $22; no extra fixed costs. Special order at $25. Accept?
A. Reject: −$15,000
B. Accept: +$10,000
C. Accept: +$15,000
D. Reject: −$10,000
Answer: C

Explanation: Extra CM = (25−22)×5,000 = $15,000 gain; capacity is idle → Accept.

20) Transfer Pricing (Idle Capacity)

Selling Div variable cost $30; market price $50; capacity 10,000; external demand 7,000; internal request 3,000. Minimum transfer price?
A. $30
B. $40
C. $50
D. $45
Answer: A

Explanation: Idle capacity covers transfer; opportunity cost = $0. Minimum = variable cost = $30.

21) Ethics—IMA Standards

A CFO pressures a staff accountant to delay recording an expense to meet a bonus target. Which standard is most directly violated?
A. Confidentiality
B. Credibility
C. Competence
D. Confidentiality and Credibility
Answer: B

Explanation: Misleading financial reporting violates Credibility (communicate fairly and objectively). It may also touch Integrity, but the most direct is Credibility.

22) Internal Control—Segregation of Duties

Which segregation is most appropriate?
A. Same person authorizes, records, and has custody.
B. Custody and authorization together; recordkeeping separate.
C. Authorization, recordkeeping, and custody performed by different people.
D. Custody and recordkeeping together; authorization separate.
Answer: C

Explanation: Proper segregation: authorization, recording, and custody should be separated.

23) High-Low Method

At 20,000 machine hrs, maintenance cost $90,000; at 12,000 hrs, cost $58,000. Variable cost per hr and fixed cost?
A. $4/hr; $10,000
B. $3/hr; $22,000
C. $4/hr; $22,000
D. $3/hr; $10,000
Answer: A

Explanation: v = (90,000−58,000)/(20,000−12,000) = 32,000/8,000 = $4/hr. Fixed = 90,000 − 4×20,000 = $10,000.

24) Process Costing—FIFO EUP (Conversion)

Beginning WIP 1,000 units (60% conv); started 5,000; ending WIP 800 (40% conv). FIFO equivalent units for conversion this period?
A. 4,520
B. 4,920
C. 5,200
D. 5,320
Answer: B

Explanation: Units completed = 6,000−800=5,200. FIFO conv EUP = work to complete BWIP (1,000×40%=400) + started & completed (5,200−1,000=4,200) + end WIP (800×40%=320) = 400+4,200+320 = 4,920.

25) Target After-Tax Profit (Units)

P=$30; VCU=$18; fixed $240,000; tax rate 30%; target after-tax profit $84,000. Required units?
A. 24,000
B. 28,000
C. 30,000
D. 34,000
Answer: C

Explanation: Pretax target = 84,000/(1−0.30) = 120,000. Required units = (240,000+120,000)/CM per unit (12) = 360,000/12 = 30,000.

26) Required Sales for Target Profit (CM Ratio)

CM ratio 40%; fixed $500,000; tax 30%; target after-tax profit $210,000. Required sales?
A. $1,700,000
B. $1,900,000
C. $2,000,000
D. $2,300,000
Answer: C

Explanation: Pretax target = 210,000/0.7 = 300,000. Required sales = (Fixed + Pretax target)/CM% = (500,000+300,000)/0.40 = $2,000,000.

27) NPV with Depreciation Tax Shield

Machine costs $100,000; life 4 years, straight-line to $0. Annual pretax cash savings $40,000; tax rate 30%; discount rate 10%. NPV?
A. $(7,470)
B. $5,000
C. $12,530
D. $20,000
Answer: C

Explanation: Depreciation = 25,000 → shield = 25,000×0.30 = 7,500. After-tax savings = 40,000×0.70 = 28,000. Annual after-tax CF = 28,000 + 7,500 = 35,500. PV (10%, 4) ≈ 3.16987 → PV = 35,500×3.16987 ≈ 112,530. NPV = 112,530 − 100,000 = $12,530.

28) FX Hedge—Receivable

A U.S. firm will receive €500,000 in 90 days and expects the euro to weaken. Most direct hedge?
A. Buy euros forward
B. Sell euros forward
C. Buy euro call options
D. Sell euro puts
Answer: B

Explanation: Lock in the dollar value of a euro receivable by selling euros forward.

29) Bond Pricing

Par $1,000; coupon 8% annually; 5 years to maturity; YTM 10%. Price?
A. $1,000
B. $965
C. $924
D. $880
Answer: C

Explanation: PV coupons = 80×3.79079= 303.26; PV par = 1,000/1.10^5 ≈ 620.92; Price ≈ 303.26+620.92= $924.18.

30) Project Working Capital

At t0, inventories ↑$60,000; A/R ↑$25,000; A/P ↑$15,000. Net working capital outflow at inception?
A. $70,000
B. $85,000
C. $90,000
D. $100,000
Answer: A

Explanation: NWC change = 60,000 + 25,000 − 15,000 = $70,000 (cash outflow now; typically recovered at termination).