السلام عليكم ورحمة الله وبركاته
كيف حالك اتمنى ان تكونو بافضل حالتك الصحية
اريد ان استفيد من خبرتكم العلمية في حل سوال بسيط قد طلب مني في جامعتي وقد قمت بالبحث عن الحل ولم اجده واطلب من الله ثم منكم ان تزودوني بالحل ببرنامج LINGO
for a bicycle from the usual BC 32 to BC 40
Table 8.1
Currently there are 2,000 bicycles in stock. The storage costs have been calculated as
كيف حالك اتمنى ان تكونو بافضل حالتك الصحية
اريد ان استفيد من خبرتكم العلمية في حل سوال بسيط قد طلب مني في جامعتي وقد قمت بالبحث عن الحل ولم اجده واطلب من الله ثم منكم ان تزودوني بالحل ببرنامج LINGO
A company produces bicycles for children. The sales forecast in thousand of units for the coming year are
given in the following table. The company has a capacity of 30,000 bicycles per month. It is possible to
augment the production by up to 50% through overtime working, but this increases the production cost
for a bicycle from the usual BC 32 to BC 40
Table 8.1
: Sales forecasts for the coming year in thousand units
Jan 30
15 Feb
15 Mar
25 Apr
33 May
40 Jun
45 Jul
Aug 45
26 Sep
14 Oct
25 Nov
30 Dec
15 Feb
15 Mar
25 Apr
33 May
40 Jun
45 Jul
Aug 45
26 Sep
14 Oct
25 Nov
30 Dec
Currently there are 2,000 bicycles in stock. The storage costs have been calculated as
BC 5 per unit held in
stock at the end of a month. We assume that the storage capacity at the company is virtually unlimited
(in practice this means that the real capacity, that is quite obviously limited, does not impose any limits in
our case). We are at the first of January. Which quantities need to be produced and stored in the course
of the next twelve months in order to satisfy the forecast demand and minimize the total cost
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