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CMA Part 1 Practice Questions: MCQ and Case-Based Practice

Updated 9 min read
Key takeaway

Use these five original CMA Part 1 exercises to practice budgeting, contribution margin, controls, analytics, and case-based responses.

  • Each multiple-choice item includes a worked answer and explanations for weaker alternatives.
  • These are independent learning questions, not IMA exam items or a full simulation, and cannot predict a scaled score.
On this page4 sections
  1. How to use this original question set
  2. Case-style exercise: use the facts, not an assumed story
  3. Answer review: the five tested habits
  4. How to turn a missed question into study

How to use this original question set

Question set
Five original practice exercises
Coverage
Budgeting, cost, performance, controls, analytics
Current format context
Includes MCQ practice and a case-style response exercise
Limit
Not an official mock, secure IMA item, or score prediction

These questions are original practice material created to teach selected Part 1 decisions. They do not reproduce IMA’s secured exam items and do not represent the entire outline. Try each item before reading the explanation. For calculations, write the requested output, formula, substitution, units, and interpretation. For judgment questions, identify the risk, business objective, decision owner, and relevant evidence.

The current English CMA exam in the United States uses 100 MCQs and two case-based question sets from the September/October 2026 window. A candidate needs at least 50% of MCQ points to access the case section. The article includes a short case-style exercise, but text cannot reproduce all live drag-and-drop, fill-in, and select-from-list interactions.

Question 1: flexible-budget materials variance

A factory produces 10,000 units. Each unit should use 3 kilograms of material at $4 per kilogram. Actual use is 31,000 kilograms and actual material cost is $128,100. What is the total direct-material variance compared with the flexible budget at actual output?

  1. $4,000 unfavorable
  2. $8,100 unfavorable
  3. $8,100 favorable
  4. $12,100 unfavorable
Answer: B. At actual output, standard quantity allowed is 10,000 × 3 = 30,000 kilograms. Flexible-budget material cost is 30,000 × $4 = $120,000. Actual cost is $128,100, so the total variance is $8,100 unfavorable. You can check the components: usage variance is (31,000 − 30,000) × $4 = $4,000 U. Actual price is $128,100 ÷ 31,000 = $4.13226 approximately; price variance is $128,100 − (31,000 × $4) = $4,100 U. Combined: $8,100 U. A includes only usage. C reverses the direction. D compares against an inconsistent quantity or price benchmark.

The key decision was to adjust the standard quantity for actual output before comparing costs. Comparing actual cost with the original budget at a different volume would mix activity and spending effects. On an exam item, keep the number of units, kilograms, and dollar amounts visible so that the benchmark remains clear.

Question 2: special order and contribution margin

A company has idle capacity. It sells a component for $100 and incurs variable cost of $60 per unit. A customer offers to buy 1,000 units for $74 each. The order requires a one-time setup cost of $8,000 and will not affect regular sales. Ignoring other effects not stated, what is the incremental operating income from accepting the order?

  1. $6,000 increase
  2. $14,000 increase
  3. $26,000 increase
  4. $8,000 decrease
Answer: A. The order’s contribution before setup is 1,000 × ($74 − $60) = $14,000. Subtract the incremental setup cost of $8,000, leaving a $6,000 increase in operating income. B ignores setup cost. C incorrectly uses the regular $100 selling price or another irrelevant amount. D treats setup as a loss without including the positive contribution. Idle capacity and no displaced sales make the stated variable cost and setup cost relevant; existing fixed costs that do not change are not included.

This short-run calculation depends on the stated facts. If the order displaced regular sales, lost contribution would matter. If quality inspection, packaging, freight, or an opportunity cost were incremental, include it. The analyst should not assume that accepting the order is automatically wise from the arithmetic; the case may add strategic, customer, or capacity conditions.

Question 3: segregation of duties

At a small company, one employee can create a vendor record, change bank details, approve the invoice, and release the payment. The controller cannot add another full-time employee this year. Which control response most directly reduces the described risk while respecting the staffing constraint?

  1. Require the employee to sign a statement that vendor changes are accurate.
  2. Separate access so a second authorized person reviews vendor-bank changes and payment releases, with retained evidence of the review.
  3. Perform a year-end audit of total payments after all transactions are complete.
  4. Add a second approval only for invoices above the average invoice amount.
Answer: B. The risk is that one person can create or alter a vendor and cause payment without independent review. A second-person review of bank-detail changes and payment release, supported by access restriction and retained evidence, creates a compensating control where staffing prevents full separation. A is self-attestation and does not prevent or detect unauthorized changes. C is too late and may not detect individual fraud. D uses an arbitrary threshold and leaves small but repeated or split transactions exposed.

A compensating review must be designed to catch the risk. The reviewer should be independent of the transaction, examine source support, and follow up on exceptions. A signature or system checkbox without evidence of review is not persuasive proof that the control operated.

Question 4: analytics and causal claims

A dashboard shows that overtime hours and product defects rose during the same three months. The operations director concludes that overtime caused the defects and proposes cutting overtime immediately. What is the best analytical response?

  1. Accept the conclusion because the two trends moved together over time.
  2. Investigate product mix, staffing, workload, process changes, and timing before claiming a cause; then compare relevant data and test a targeted action.
  3. Remove overtime from the dashboard because it is not a financial statement number.
  4. Use the annual average to conceal the monthly movement and avoid a premature decision.
Answer: B. The dashboard shows an association, not proof of causation. Product mix, volume, new equipment, staffing, training, or inspection changes could affect both measures. The analyst should examine aligned periods and relevant drivers, then test a response that addresses evidence. A overstates what the data proves. C ignores operational analytics that may be decision-useful. D removes potentially useful detail rather than investigating it.

A useful next step might be to segment defects by product, shift, machine, and overtime level, then compare with production volume and process changes. If overtime is linked to fatigue, a targeted shift redesign could be tested. If a new product is the driver, cutting overtime might reduce capacity without fixing the cause. Communicate uncertainty clearly.

Case-style exercise: use the facts, not an assumed story

Northline Components makes a replacement part. In September, the plant planned 5,000 units at standard variable manufacturing cost of $18 per unit and fixed manufacturing cost of $70,000. It produced 5,500 units. Actual variable manufacturing cost was $103,400, and actual fixed manufacturing cost was $72,000. Quality reports show a rise in rework, but the case gives no breakdown by material, labor, or machine. Management is deciding whether to accept another large order next month.

Treat the following as an original practice case rather than an official IMA item. Answer each task before reading the rationale. The purpose is to practice handling a small set of case facts and recognizing which conclusions are and are not supported.

Question 5A: flexible-budget variable cost

At 5,500 units, what is the flexible-budget variable manufacturing cost?

  1. $90,000
  2. $99,000
  3. $103,400
  4. $172,000
Answer: B. The flexible-budget variable amount is actual activity multiplied by the standard variable cost: 5,500 × $18 = $99,000. The $90,000 amount applies the 5,000-unit plan. $103,400 is actual cost. $172,000 adds planned fixed cost to a value that does not represent the variable budget.

The variable-cost variance against the flexible budget is $103,400 − $99,000 = $4,400 unfavorable. The case does not provide enough information to split this total into price and usage or to identify a cause. Rework is a clue for investigation, not proof that one input caused the variance.

Question 5B: total flexible-budget manufacturing cost

What is the total flexible-budget manufacturing cost at actual output, assuming fixed manufacturing cost remains $70,000 within the relevant range?

  1. $160,000
  2. $169,000
  3. $173,400
  4. $172,000
Answer: B. The flexible variable amount is $99,000. Add the $70,000 fixed cost, which is assumed unchanged within the relevant range: total flexible-budget cost is $169,000. A uses the original 5,000-unit variable amount. C is actual total cost ($103,400 + $72,000). D combines the actual-output variable amount incorrectly with fixed cost or applies the wrong unit count.

Actual total manufacturing cost is $175,400. Compared with the $169,000 flexible budget, total cost is $6,400 unfavorable. This $6,400 comprises $4,400 variable-cost variance and $2,000 fixed-cost variance. The calculation does not tell management whether the order should be accepted.

Question 5C: data needed for the order decision

What additional information is most important before recommending whether Northline should accept the order?

  1. Only whether September actual cost exceeded the original static budget.
  2. The order price, incremental material and labor needs, available capacity, possible displaced sales, setup or delivery costs, quality effects, and any strategic conditions.
  3. The company’s annual depreciation expense, regardless of whether it changes.
  4. Whether the production manager prefers a larger production run.
Answer: B. The order decision depends on relevant future costs and benefits, capacity, displacement, incremental setup and delivery costs, quality risk, and strategic effects. The September variance is useful context but not enough to decide. Nonchanging depreciation is generally not relevant to a short-run incremental choice. A manager’s preference is not a substitute for analysis, although operational input can identify constraints.

A high-quality case answer does not invent the missing order price or assume idle capacity. State what is known, identify what information is needed, and make the recommendation conditional on relevant facts. If a prompt requests a calculation, use only supplied data; if it asks for the next analysis step, identify the missing decision inputs.

Answer review: the five tested habits

  • Use an activity-adjusted benchmark before evaluating performance when actual volume differs from plan.
  • Separate contribution from incremental fixed or setup costs in special-order analysis.
  • Match controls to a specific risk and verify independent operation.
  • Treat correlated data as a clue to investigate rather than proof of cause.
  • In a case, distinguish known facts from missing information and avoid inventing assumptions.

These questions sample only selected topics. They are not a full CMA practice exam, do not use secured IMA content, and cannot predict a scaled result. Build readiness with broad coverage, multiple original cases, and feedback on your reasoning. In the current English US format, also practice the interface response types through legitimate materials that demonstrate them.

How to turn a missed question into study

For every wrong or guessed answer, write a one-sentence rule and one action. For example: “When production differs from plan, flex variable costs to actual volume before judging spending; I will calculate three new flexible-budget variances.” Or: “Correlation does not establish cause; I will identify confounders before recommending a change.” Revisit the rule in a new setting within a few days.

CMA Part 1 rewards reliable reasoning across reporting, planning, performance, cost, controls, and analytics. Correct arithmetic matters, but so do assumptions, units, evidence, and interpretation. Use the explanations to learn why alternatives are weaker, then transfer the reasoning to fresh questions rather than memorizing these answers.

Common questions

Are these official CMA Part 1 questions?

No. These are original practice scenarios and are not copied from IMA’s secure examination items.

Do these questions predict my CMA score?

No. Five exercises are a limited learning sample, not a full simulation or scaled-score prediction.

Do the questions cover the current case format?

The practice includes a short case with calculation and decision prompts, but it cannot reproduce every interactive exam response type.