Submitted by: Submitted by privict
Views: 171
Words: 358
Pages: 2
Category: Business and Industry
Date Submitted: 01/29/2013 09:05 PM
The Special Order
The special order problem considers the situation where an organization receives a one-time
offer to buy a product (good or service). The assumption is that accepting or rejecting this order
will have no future consequences other than the incremental cash flows created by the order. For
example, accepting a special order to supply a product for $40 that is sold to existing customers
for $50 may create problems with existing customers and expectations on the part of the new
customer that the special order price of $40 will consider. For this reason, many people believe
assumptions underlying the special order analysis are seldom met in practice.
The following is an example illustrating the special order analysis.
Brant Microwave manufactures a line of microwave ovens it sells with its own name and also
with various brand names for large retail chains.
There are 40 assembly workers and each is paid an annual salary of $70,000. Each worker
works approximately 1,650 hours per year. The resulting labour rate is, therefore, $42.42
($70,000 / 1,650) per hour. The number of assembly workers, which is the constraining factor of
production, cannot be increased.
Brant Microwave is currently operating at 90% of capacity (capacity is determined by available
labour hours) and is actively considering an offer from Steve’s Discount Warehouse. Steve has
offered to buy 10,000 microwaves and Brant Microwave has developed the following cost report
for this microwave:
Price per unit $80.00
Costs
Materials $50.00
Labour (.5 hours @ $42.42) 21.21
Fixed manufacturing overhead 15.00 86.21
Profit per unit -$6.21
There are two components of the fixed manufacturing overhead assigned to this product. There
is the regular fixed manufacturing overhead that is applied to all production at the rate of $20 per
labour hour and a cost to develop a mould that will be used to make the plastic cabinet for the
product. The mould cost would be $25,000, so...