Operations Data (AQA A Level Business): Revision Note
Exam code: 7132
Labour productivity
Labour productivity measures output per worker during a specified period of time
It is expressed as a number of units and calculated using the formula
Businesses aim to increase the level of labour productivity to improve competitiveness
The link between high labour productivity and competitive edge
Worked Example
The table shows the number of pairs of luxury wool socks produced by Sock Mania in 2023 and 2024
Year | Units Produced |
---|---|
2023 | 46,000 |
2024 | 69,000 |
In 2023 Sock Mania employed 50 staff. In 2024 the number of staff employed by the business increased by 20%
Calculate the percentage change in labour productivity between 2023 and 2024.
[4]
Step 1: Calculate the labour productivity for 2023
(1)
Step 2: Calculate the labour productivity for 2024
(1)
Step 3: Calculate the percentage difference between the two years ((new-old) / old)
(1)
Step 4: Identify whether the percentage difference is an increase or decrease
Labour productivity has increased by 25% (1)
Unit costs
The unit cost is the average cost of producing one unit of output
It is calculated using the formula and expressed in £s
Unit costs usually fall as output increases, as fixed costs are spread across more units of output
Worked Example
Lower Farm produces and sells bottles of apple juice that it distributes through supermarkets and specialist retailers.
The variable cost per bottle is £0.42. Fixed costs related to apple juice production total £11,625 per year. In 2024 it produced 15,500 bottles.
Calculate the unit cost for each bottle of apple juice.
[2]
Step 1: Divide fixed costs by the number of bottles sold
(1)
Step 2: Add fixed costs per unit to variable costs per unit to determine the unit cost
(1)
Capacity
Capacity refers to the volume of products that a business is capable of producing at a given time with its available resources
Factors that determine capacity
Buildings and space
The size of the factory, warehouse or kitchen limits how many machines or workstations can fit
E.g. A small bakery cannot bake as many loaves as a large food factory
Equipment and technology
Faster or more automated machines raise capacity, while old or basic equipment keeps it low
E.g. A car factory with lots of robots can assemble many cars per hour
Number and skills of workers
Sufficient trained staff must be on each production shift
Staff shortages or a lack of training reduce the safe output level
Supplier reliability
If raw materials or components arrive late or in short supply, production cannot run at full speed, cutting capacity
Available finance
Tight budgets restrict how much capacity can be added
Money is needed to buy extra space, machines or staff time
Expected demand
Businesses arrange the level of capacity to produce what they think they can sell
A business does not want to pay for facilities that will sit idle most of the year
Seasonal factors
Some industries (e.g. ice‑cream or toy makers) create temporary or flexible capacity for their peak season only
Capacity utilisation
Capacity utilisation measures how effectively a business uses its assets to produce output
It compares current output to the maximum possible output a business can produce using all of its assets
Capacity utilisation is calculated using the following formula and expressed as a percentage:
Worked Example
Lola Bakery produces specialist Indian and Bangladeshi breads, which are sold to restaurants in the Manchester area. Batch production is used in the factory to manufacture the range of breads, and the factory can produce a maximum of 68,400 units per month. In May factory output was 51,420 units
Calculate Lola Bakery's capacity utilisation in May
[2]
Step 1: Divide the current output by the maximum output
(1)
Step 2: Multiply the outcome by 100 to obtain the percentage capacity utilisation
(1)
Examiner Tips and Tricks
In your exam, you may need to rearrange the capacity utilisation formula. You may be given the percentage of capacity utilisation and have to calculate the volume of output
The implications of under- and over-capacity utilisation
Under-utilisation
Low capacity utilisation means resources are being underused
This is likely to increase unit costs because fixed costs are spread over fewer units of output
Workers are under-deployed, leading to fears of redundancy
Operating under capacity provides flexibility
Workers are freed up to complete maintenance tasks
The business can respond to sudden increases in demand
Over-utilisation
High capacity utilisation may mean flexibility to respond to new orders is lost
Staff are under pressure to increase output
Overworked staff may leave, increasing staff turnover
Machinery operates at its limit and is more prone to breakdowns, which disrupts production
High capacity utilisation minimises unit costs and increases competitiveness
Busy workers feel secure in their employment
A busy business is likely to be well thought-of and attract customers who are willing to wait for delivery of products
Worked Example
Production Data for Pencil Manufacturers A and B
Manufacturer | Capacity Utilisation |
---|---|
A | 55% |
B | 80% |
Explain one implication of the level of capacity utilisation for pencil manufacturer A, compared to manufacturer B.
[2]
Step 1: Identify an implication
One implication is that manufacturer A's unit costs are likely to be higher than those of manufacturer B... (1)
Step 2: Develop the point with a reason
...because resources such as workers and machinery are not being used to their full potential (1)
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