Question

In: Accounting

The joint cost to produce Products 1A, 2A, 3A and 4A is $4,000.  Each of these products...

The joint cost to produce Products 1A, 2A, 3A and 4A is $4,000.  Each of these products can either be sold at the end of the joint production process, or can be processed further into 1B, 2B, 3B and 4B.

Production and selling information is as follows:

Product Name

Product 1A

Product 2A

Product 3A

Product 4A

Batch size (kg)

              30

              20

                6

                4

Sales Value ($ per kg)

            100

              50

                2

             0.5

   

If further processed:

processed from:

Product 1A

Product 2A

Product 3A

Product 4A

processed into:

Product 1B

Product 2B

Product 3B

Product 4B

additional costs (in $)

              50

            130

            120

              10

Final batch size (kg)

              29

              15

                6

                3

Final Sales value ($/kg)

            120

            200

            100

                6

For example, at the end of the joint production process, there are 30 kg of Product 1A produced, and each kg of Product 1A sells for $100/kg.  The 30kg batch of Product 1A can either be sold at this point for $3,000 (30kg x $100/kg) or the batch can be further processed into a batch of Product 1B at an additional cost of $50.  This will produce a 29kg batch of Production 1B that sells for $120/kg for a total sales value of $3,480 (29kg x $120/kg).

Required:

Part A    Assuming that none of the products are byproducts, calculate how much of the $4,000 joint cost should be allocated to each product using the four methods discussed in class (Physical measure method, Sales value at split-off method, net realizable value method, Constant gross margin NRV method).

Part B    Allocate the $4,000 joint cost assuming using the Net Realizable Value method and assuming that product 3 and product 4 are both by-products.  (hint: first determine if 3A should be processed further in 3B, and if 4A should be processed further into 4B)

Solutions

Expert Solution

Part (A)

1- Physical measure method

Joint cost here apportioned based on the number of units in a batch
Allocation joint cost based on physical measure method
Product Product 1 A Product 2 A Product 3 A Product 4 A Total
Batch size in kg 30 20 6 4 60
Joint cost of $ 4000 should be allocated as follows
Product 1 A (4000/60) x 30 2000
Product 2 A (4000/60) x 20 1333.3
Product 3 A (4000/60) x 6 400.0
Product 4 A (4000/60) x 4 266.7
Product Product 1 A Product 2 A Product 3 A Product 4 A Total
Batch size in kg 30 20 6 4 60
Joint cost allocation 2000 1333.3 400.0 266.7 4000.0
2 - Sales value at split off point method
Under this method sales value at the split off point is taken as the base for apportioning joint cost
Allocation joint cost based on sales value at the split -off method
Product Product 1 A Product 2 A Product 3 A Product 4 A Total
Batch size in kg 30 20 6 4
Sales value per Kg 100 50 2 0.5
Total Sales value at split off point 3000 1000 12 2 4014
Joint cost of $ 4000 should be allocated as follows
Product 1 A (4000/4014)*3000 2989.5
Product 2 A (4000/4014)*1000 996.5
Product 3 A (4000/4014)*12 12.0
Product 4 A (4000/4014)*2 2.0
Product Product 1 B Product 2 B Product 3 B Product 4 B Total
Batch size in kg 29 15 6 3
Joint cost allocation 2989.5 996.5 12.0 2.0 4000.0
3 - Net realizable value method
Under this method net realizable value after further processing is taken as the base for apportioning joint cost
Allocation joint cost based on Net realizable value method method
Product Product 1 B Product 2 B Product 3 B Product 4 B Total
Final batch size 29 15 6 3
Final sales value per kg 120 200 100 6
Sales revenue 3480 3000 600 18 7098
Less:Seperable cost (further processing) 50 130 120 10 310
Net realizable value after further processing 3430 2870 480 8 6788
Joint cost of $ 4000 should be allocated as follows
Product 1 B (4000/6788)*3430 2021.2
Product 2 B (4000/6788)*2870 1691.2
Product 3 B (4000/6788)*480 282.9
Product 4 B (4000/6788)*8 4.7
Product Product 1 B Product 2 B Product 3 B Product 4 B Total
Batch size in kg 30 20 6 4 60
Joint cost allocation 2021.2 1691.2 282.9 4.7 4000.0
4 - Costant gross margin NRV method
First we have to calculte the gross margin after further processing incorporating the joint cost to arrive at the correct rate of gross profit.This percentage is taken as gross margin rate for all product and cost should be identified accordingly
Allocation joint cost based on constant gross margin NRV method method
Product Product 1 B Product 2 B Product 3 B Product 4 B Total
Final batch size 29 15 6 3
Final sales value per kg 120 200 100 6
Sales revenue 3480 3000 600 18 7098
Less:Seperable cost (further processing) 50 130 120 10 310
Net realizable value after further processing 3430 2870 480 8 6788
Total sales revenue 6788
Less:Joint cost 4000
Gross margin 2788
Percentage of gross margin (2788/7098) 39.28%
This percentage is taken as gross margin rate for all product and cost should be identified accordingly,calculations are as follows
Product Product 1 B Product 2 B Product 3 B Product 4 B Total
Final batch size 29 15 6 3
Final sales value per kg 120 200 100 6
Sales revenue 3480 3000 600 18 7098
Less:Gross margin (39.28%) (B) 1367 1178 236 7 2788
Cost (A-B) 2113 1822 364 11 4310
Less :seperable cost 50 130 120 10 310
Joint cost allocation 2063 1692 244 1 4000

Part (B)

step -1 Calculation of Sales revenue without further processing
Product Product 3 A Product 4 A
Batch size in kg 6 4
Sales value per Kg 2 0.5
Total Sales Revenue 12 2
step -1 Calculation of Sales revenue with further processing
Product Product 3 B Product 4 B
Batch size in kg 6 3
Sales value per Kg 100 6
Sales revenue 600 18
Less:Further processing cost 120 10
Net realizable value 480 8

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