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A Level Accounting: Standard costing (Cambridge 9706) – Revision Notes

Condensed revision notes on standard costing for Cambridge A Level Accounting 9706: every variance formula, causes, pitfalls and a quick self-test.

Subject
Accounting
Level
A LEVEL
Topic
Cost and management accounting
Updated

Aligned to Cambridge A Level Accounting (9706), 2026-2028. Official specification .

Syllabus page (what it covers and how it is assessed): Cambridge A Level Accounting.

Syllabus points this page covers

9706 (A Level)

  • 4.2 Standard costing

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These notes condense section 4.2 Standard costing (A Level content) of the Cambridge International AS & A Level Accounting 9706 syllabus for 2026, 2027 and 2028. For full explanations and a complete worked example, read the study guide, then test yourself with the practice questions. See also the course hub, the printable checklist and the free diagnostics. All businesses and figures are invented and amounts are in dollars.

Definitions to know

  • Standard costing system: a system in which predetermined (planned) costs and revenues per unit are set, actual results are compared with them, and the differences (variances) are analysed to assess performance.
  • Standard cost card: lists the standard quantity and price of each cost per unit, the standard cost, the standard selling price and the standard profit.
  • Favourable (F): the variance raises profit above the standard result.
  • Adverse (A): the variance lowers profit below the standard result.
  • Standard hours for actual output: actual units produced multiplied by the standard hours for one unit. It is not the same as hours actually worked.
Two boxes with price on the vertical axis and quantity on the horizontal axis, both axes cut. Material: the standard box is 8,600 kg at 6.00 dollars, 51,600 dollars. The price strip is 0.20 dollars times 8,900 kg actual, 1,780 adverse. The usage strip is 300 kg extra times 6.00, 1,800 adverse. Labour: the standard box is 2,150 hours at 16 dollars. The rate strip is 1 dollar times 2,050 actual hours, 2,050 adverse. The efficiency strip is 100 hours saved times 16 dollars, 1,600 favourable.
Each price or quantity variance is a strip of a price times quantity box.

Formula table

Variance Formula
Direct material price (standard price - actual price) x actual quantity bought
Direct material usage (standard quantity for actual output - actual quantity used) x standard price
Direct labour rate (standard rate - actual rate) x actual hours worked
Direct labour efficiency (standard hours for actual output - actual hours worked) x standard rate
Fixed overhead expenditure budgeted fixed overhead - actual fixed overhead
Fixed overhead volume (actual output - budgeted output) x standard fixed overhead per unit
Capacity sub-variance (actual hours worked - budgeted hours) x fixed overhead rate per hour
Efficiency sub-variance (standard hours for actual output - actual hours worked) x fixed overhead rate per hour
Sales price (actual price - standard price) x actual units sold
Sales volume (actual units sold - budgeted units) x standard profit per unit

Links to remember:

  • Capacity + efficiency = fixed overhead volume.
  • Expenditure + volume = total fixed overhead variance (overhead absorbed less actual overhead).
  • Material price + usage = total material cost variance. Labour rate + efficiency = total labour cost variance.
  • Budgeted profit, plus favourable and minus adverse variances, gives actual profit.
A step chart for one Selworth Lamps desk lamp in dollars. Direct material 2 kg at 6.00 is 12.00. Direct labour 0.5 hours at 16.00 is 8.00. Fixed overhead 0.5 hours at 15.00 per labour hour is 7.50, where the rate is budgeted fixed overhead 30,000 divided by budgeted hours 2,000. Standard cost is 27.50. Standard selling price is 40.00, so standard profit is 12.50.
The standard cost card builds 27.50 of cost and leaves 12.50 profit on a 40.00 price.

Method in steps

  1. Write the standard card: quantity, price and cost per unit for each item.
  2. Find the standard quantity or hours for the actual output (actual units x per-unit standard).
  3. For each variance, write the formula with the figures in it, then the answer.
  4. Label F or A. Ask: did this make profit higher or lower than planned?
  5. Check totals: standard cost of actual output less actual cost should equal the sum of the cost variances.
  6. If asked for a comment or a recommendation, link each large variance to a cause and an action.

Worked reminder: fixed overhead

Pellington Preserves budgeted 5,000 jars, at 0.2 labour hours each, so 1,000 hours, with fixed overhead of 12,000. The rate is 12,000 / 1,000 = 12.00 per hour, or 2.40 per jar. Actual results: 4,600 jars, 950 hours worked, fixed overhead of 12,500. Standard hours for actual output are 4,600 x 0.2 = 920.

Expenditure = 12,000 - 12,500            = 500 A
Volume      = (4,600 - 5,000) x 2.40     = 960 A
Capacity    = (950 - 1,000) x 12.00      = 600 A
Efficiency  = (920 - 950) x 12.00        = 360 A
Check: 600 + 360 = 960

The business worked 50 fewer hours than budgeted and, in the hours it did work, made fewer jars than the standard allowed.

Three bars on a cut axis show budgeted fixed overhead 30,000 dollars, actual 31,400 and absorbed 32,250 (2,150 standard hours at 15 dollars). Expenditure is the gap from budget to actual, 1,400 adverse. Volume is the gap from budget to absorbed, 2,250 favourable, split into capacity 750 favourable (2,050 hours worked against 2,000 budgeted) and efficiency 1,500 favourable (2,150 standard hours against 2,050 worked). Over-absorption is 850.
Expenditure compares budget with actual; volume compares budget with absorbed and splits into capacity and efficiency.

Must-know distinctions

Pair Difference
Material price and usage Price is what was paid for the quantity bought. Usage is how much was used for the output made.
Labour rate and efficiency Rate is pay per hour. Efficiency is hours taken against hours allowed.
Expenditure and volume Expenditure is about money spent. Volume is about output compared with budget.
Capacity and efficiency Capacity compares hours worked with budgeted hours. Efficiency compares hours allowed for the output with hours worked.
Sales price and sales volume Price is the selling price per unit. Volume is the number sold, valued at standard profit per unit.

Causes and how variances connect

Variance pair Possible explanation
Material price F, usage A Cheaper material wasted more
Material price A, usage F Dearer material wasted less
Labour rate A, efficiency F Skilled staff, paid more, work faster
Labour rate F, efficiency A Trainees, paid less, work slower
Capacity A Breakdowns, absence, shortage of orders
Capacity F, efficiency A More hours, but poorly used
Expenditure A Higher rent, supervision or insurance than budgeted
Sales price A, volume F Price cut raised demand
Sales price F, volume A Price rise lost customers

Also useful: an adverse material usage variance and an adverse labour efficiency variance may share a cause such as poor materials or faulty machines. A favourable volume variance does not mean overheads were controlled. It may only mean more output than budgeted.

A horizontal waterfall for Selworth Lamps. Budgeted profit of 50,000 dollars rises by sales volume 3,750 favourable, falls by sales price 4,300 adverse, material price 1,780 adverse, material usage 1,800 adverse and labour rate 2,050 adverse, rises by labour efficiency 1,600 favourable, falls by fixed overhead expenditure 1,400 adverse and rises by fixed overhead volume 2,250 favourable. Net variances are 3,730 adverse, so actual profit is 46,270 dollars. The axis starts at 41,000.
Eight variances move budgeted profit of 50,000 to actual profit of 46,270.
Selworth cut its price from 40 to 39 dollars and sold 4,300 lamps instead of the budgeted 4,000. The sales price variance is 1 dollar times 4,300 units, 4,300 adverse. The sales volume variance is 300 extra units times the standard profit of 12.50, 3,750 favourable. Net, the price cut cost 550 adverse.
The volume gain of 3,750 F did not cover the price loss of 4,300 A, a net 550 A.
Four pairs of variances, each with a likely single cause. Material price favourable with usage adverse: cheaper, lower-grade material wastes more. Labour rate adverse with efficiency favourable: skilled, better-paid staff work faster. Sales price adverse with volume favourable: a price cut lifted demand. Capacity favourable with efficiency adverse: more hours were worked but used less productively.
Variances should be read in pairs because one cause often shows in two of them.

Advantages and disadvantages

Advantages Disadvantages
Management by exception: focus on the large variances Standards are costly to set and update
Variances can be assigned to managers Out-of-date standards give misleading variances
Targets can motivate Pressure may harm quality or safety
Feeds back into better budgets Needs a stable production process
Simplifies inventory valuation Variances are known only after the event

Improving performance: investigate the significant variances, find the cause, act, and revise the standard if the change is permanent.

Six steps: choose the type of standard (ideal, attainable or basic), set quantities and prices, set overhead rates and write the cost card, collect actual data from invoices, clock cards and the ledger, calculate variances, then investigate and act. A loop returns to step 1 because standards are reviewed.
Standards are set, actual data is collected, variances are reported and acted on, then standards are reviewed.
Six adverse variances at Skelwith Mats shown as percentages of standard cost against a 5 percent limit. Material usage 7.0, labour efficiency 6.5 and fixed overhead 8.0 percent are investigated; the other three are under the limit.
Only variances over the limit are investigated.

Non-financial factors

Quality and brand reputation; staff morale, training and turnover; supplier reliability and relationships; customer service and loyalty; safety; environmental impact. Always weigh these against the financial figures before recommending a change.

Quick self-test

Compute the answers from the information given, then check below.

  1. Define a standard cost.
  2. Standard: 3 metres of fabric at 4.00 per metre per unit. For 500 units, 1,540 metres were used and cost 6,468. Calculate the material price and usage variances.
  3. Standard: 2 hours at 9.00 per hour per unit. For 300 units, 590 hours were worked and 5,605 was paid. Calculate the labour rate and efficiency variances.
  4. Budgeted fixed overhead is 18,000 for 3,000 budgeted hours. Calculate the rate per hour.
  5. Using that rate, 3,100 hours were worked. Calculate the capacity variance.
  6. A product has a standard price of 12.00. A business sold 2,000 units at 12.60. Calculate the sales price variance.
  7. Budgeted sales were 1,800 units and actual sales 2,000 units. Standard profit is 4.50 per unit. Calculate the sales volume variance.
  8. Which manager would normally answer for a material price variance?
  9. Give one possible reason for a favourable labour rate variance with an adverse efficiency variance.
  10. Give one disadvantage of standard costing for a business that changes its products often.
  11. Capacity variance is 400 F and efficiency variance is 250 A. What is the volume variance?
  12. Actual output is 120 units; the standard is 3 kg per unit at 5.00 per kg. 380 kg were used. Calculate the usage variance.

Answers

  1. A predetermined cost per unit of output, based on planned quantities and prices, used as a basis for comparison with actual cost.
  2. Standard quantity 500 x 3 = 1,500 m. Price = 1,540 x 4.00 - 6,468 = 308 A. Usage = (1,500 - 1,540) x 4.00 = 160 A.
  3. Standard hours 300 x 2 = 600. Rate = 590 x 9.00 - 5,605 = 295 A. Efficiency = (600 - 590) x 9.00 = 90 F.
  4. 18,000 / 3,000 = 6.00 per hour.
  5. (3,100 - 3,000) x 6.00 = 600 F.
  6. (12.60 - 12.00) x 2,000 = 1,200 F.
  7. (2,000 - 1,800) x 4.50 = 900 F.
  8. The purchasing manager.
  9. Less experienced or trainee staff on lower pay who take longer, or a lower-paid workforce with poorer skills.
  10. Standards must be reset often, which takes time and cost, and early variances may be misleading.
  11. 400 - 250 = 150 F.
  12. Standard quantity 120 x 3 = 360 kg. Usage = (360 - 380) x 5.00 = 100 A.

Where marks are usually lost

  • Using the wrong quantity: actual hours or actual quantity in place of standard for actual output, or the reverse.
  • Mixing up price and quantity in the formula, so the sign is the wrong way round.
  • Writing a number without F or A. The label is part of the answer.
  • Using budgeted units in the sales price variance instead of units actually sold.
  • Calculating sales volume at the standard selling price when the question uses the standard profit per unit.
  • Giving a cause that does not match the direction of the variance.
  • Stating a favourable variance is good without asking why it arose and whether it can be repeated.
  • Stopping at calculations when a question asks for a recommendation. Give a balanced reason, mention non-financial factors and state a justified decision.
  • Leaving out units or currency in the answer line.

Frequently asked questions

Is a favourable variance always good? No. Ask why it arose and whether it can be repeated; for example, a favourable material price variance from cheaper material may cause an adverse usage variance elsewhere.

Which units are used in the sales price variance? Use the units actually sold, not the budgeted units: sales price variance = (actual price − standard price) × actual units sold.

What are the advantages of standard costing? Variances show where results depart from the plan so managers can focus on exceptions, each variance can be tied to a responsible manager, standards give staff a clear target, and inventory can be valued quickly at standard.

What should a standard costing recommendation include? Give a balanced reason using the data, mention non-financial factors such as quality, staff and suppliers, and state a justified decision. Stopping at the calculations loses marks.

Official syllabus

Cambridge International AS & A Level Accounting 9706 syllabus for examination in 2026, 2027 and 2028, published by Cambridge University Press & Assessment (Cambridge International Education), section 4.2 Standard costing.

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