ACCA Applied Knowledge · Management Accounting · Analytical techniques in budgeting and forecasting
In which situation is learning curve theory MOST likely to be applicable?
Learning curve theory best applies to the production of a new, complex, labour-intensive product. Workers improve with repetition of unfamiliar tasks, so time per unit falls. Automated, machine-paced or long-established processes leave little room for further learning, so the theory is less relevant there.
- AHighly automated, machine-paced production of a standard item
- BManufacture of a long-established product by an experienced workforce
- CProduction of a new, complex product that is largely labour-intensiveCorrect
- DA process where output is limited by machine capacity rather than people
Explanation
Learning curve theory assumes that labour efficiency improves with repetition as workers become familiar with a task. This effect is greatest with new, complex, labour-intensive work. In automated or long-established processes, there is little or no learning left to occur.
Did you get it right without looking?
One question tells you little. A timed set on Analytical techniques in budgeting and forecasting shows your real accuracy, how long you take and where you lose marks.
More Analytical techniques in budgeting and forecasting questions
- A business buys two materials. Base-year prices: X $4, Y $10. Current prices: X $5, Y $12. Base-year quantities: X 100 units, Y 50 units. Wh…
- A business finds r = 0.5 between staff training hours and units processed per hour. Which conclusion is most appropriate?
- A cost accountant calculates a correlation coefficient of -0.80 between the selling price of a product and the quantity sold. What is the co…
- A company finds that the correlation coefficient between advertising spend and sales revenue is +0.9. Which statement is the most appropriat…
- Which of the following is a recognised limitation of using expected values in budgeting?
- Analysis of a company's monthly overhead cost against production volume gives a coefficient of determination of 0.49, with a positive regres…