In: Accounting
Profit-Linked Productivity Measurement
In 20x2, Choctaw Company implements a new process affecting labor and materials.
Choctaw Company provides the following information so that total productivity can be valued:
| 20x1 | 20x2 | |
| Number of units produced | 510,000 | 420,000 | 
| Labor hours used | 170,000 | 210,000 | 
| Materials used (lbs.) | 2,550,000 | 1,400,000 | 
| Unit selling price | $21 | $23 | 
| Wages per labor hour | $13 | $15 | 
| Cost per pound of material | $3.70 | $3.80 | 
Required:
1. Calculate the cost of inputs in 20x2, assuming no productivity change from 20x1 to 20x2. If required, round your answers to the nearest dollar.
| Cost of labor | $ | 
| Cost of materials | |
| Total PQ cost | $ | 
2. Calculate the actual cost of inputs for 20x2. If required, round your answers to the nearest dollar.
| Cost of labor | $ | 
| Cost of materials | |
| Total current cost | $ | 
What is the net value of the productivity changes? If required,
round your answers to the nearest dollar.
$
How much profit change is attributable to each input's productivity change? If an item is negative, use a minus (-) sign to indicate.
| Labor productivity change | $ | 
| Materials productivity change | $ | 
3. What if a manager
wants to know how much of the total profit change from 20x1 to 20x2
is attributable to price recovery? Calculate the total profit
change.
$
Calculate the price-recovery component.
$
| (1). | |
| Cost of labor (140,000 * $15) | $21,00,000 | 
| Cost of materials (21,00,000 * $3.80) | $79,80,000 | 
| Total PQ cost | $100,80,000 | 
| Working note; | ||
| 1. First of all let’s calculate labor and material productivity ratios; | ||
| Labor productivity ratio (510,000 / 170,000) = 3 | ||
| Materials productivity ratio (510,000 / 25,55,000) = 0.20 | ||
| 2. Now let’s calculate PQ for 20x2; | ||
| PQ labor (420,000 / 3) = 140,000 hrs. | ||
| PQ materials (420,000 / 0.2) = 21,00,000 lbs. | 
| (2). | |
| Cost of labor (210,000 * $15) | $31,50,000 | 
| Cost of materials (14,00,000 * $3.80) | $53,20,000 | 
| Total current cost | $84,70,000 | 
| (3). | |
| Labor productivity change (140,000 – 210,000) * $15 | - $10,50,000 | 
| Materials productivity change (21,00,000 – 14,00,000)* $3.80 | $26,60,000 | 
| Total | $16,10,000 | 
| (4). | |||
| 20x1 | 20x2 | Change | |
| Revenue | $1,07,10,000 | $96,60,000 | ($10,50,000) | 
| (510,000*$21) | (420,000*$23) | ||
| Costs; | |||
| Labor cost | ($22,10,000) | ($31,50,000) | ($9,40,000) | 
| (170,000*$13) | |||
| Materials cost | ($94,35,000) | ($53,20,000) | $41,15,000 | 
| (25,50,000*$3.70) | |||
| Net profit | ($9,35,000) | $11,90,000 | $21,25,000 | 
| Thus total profit change is $21,25,000 | |||
| Price recovery = Total profit change – Profit-linked productivity change | |||
| Price recovery = $21,25,000 – $16,10,000 | |||
| Price recovery = $5,15,000 |