Activity rates and activity-based product costing hammer company produces a variety of electronic equipment. one of its plants produces two laser printers: the deluxe and the regular. at the beginning of the year, the following data were prepared for this plant: deluxe regular quantity 100,000 800,000 selling price $900 $750 unit prime cost $529 $483 in addition, the following information was provided so that overhead costs could be assigned to each product: activity name activity driver deluxe regular activity cost setups number of setups 300 200 $2,050,000 machining machine hours 100,000 300,000 48,000,000 engineering engineering hours 50,000 100,000 9,000,000 packing packing orders 100,000 400,000 150,000 required: 1. calculate the overhead rates for each activity. if required, carry your answers out to the nearest cent. setups $ per setup machining $ per machine hour engineering $ per engineering hour packing $ per packing order 2. calculate the per-unit product cost for each product. round your answers to the nearest whole dollar. deluxe $ per unit regular $ per unit

1. Overheads rate per activity

Setup = $4,100 per setup

Machining = $120 per machine hour

Engineering = $60 per engineering hour

Packing = $0.30 per packing order

2. Cost per unit

Deluxe = $162.60

Normal = $53.675

Explanation:

As for the provided information:

We have,

Different activities as follows:

Setups = $2,050,000

Total setups = 300 + 200 = 500

Rate = $2,050,000/500 = $4,100 per setup

Machining = $48,000,000

Total machine hours = 100,000 + 300,000 = 400,000

Machine hour rate = $48,000,000/400,000 = $120 per machine hour

Engineering = $9,000,000

Total engineering hours = 50,000 + 100,000 = 150,000

Rate per hour = $9,000,000/150,000 = $60 per hour

Packing = $150,000

Packing orders = 100,000 + 400,000 = 500,000

Rate per hour = $150,000/500,000 = $0.30 per order

2. Calculating per product cost

Particulars              Deluxe                 Normal

Setup Cost

In 3:2 ratio            $1,230,000              $820,000

Machining Cost

In 1:3 ratio             $12,000,000          $36,000,000

Engineering cost

In 1:2 ratio            $3,000,000               $6,000,000

Packing Cost

In 1:4 Ratio             $30,000                  $120,000

Therefore total cost for each printer

                              $16,260,000           $42,940,000

Number of units         100,000              800,000

Cost per unit               $162.60             $53.675

answer; read and consider the content of the items;

answer; sensory adaptation;