Old Tired Professor Mullen, Inc. has $20,000 of ending (EI) finished goods inventory. If beginning (BI) finished goods inventory
1 answer:
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Answer:
32,000
8000
see below
.16
see below
Explanation:
I'm not really sure what the schedule is supposed to look like (im not good at accounting) exactly but i whipped up something real quick in excel and if you have any questions ask
the depreciable cost is just cost-salvage (the amount that's going to be depreciated) so for us its 34000-2000 or 32,000
the depreciation expense is just the depreciable cost divided by the useful live (32,000/4)=8000
see my attempt at a depreciation schedule below
The deprecation rate per unit is the depreciable cost divided by the total units
32000/200000= .16
and you can see below my attempt at the units of production schedule
Answer:
(a) Linear model
Subject to:
(b) Standard form:
Subject to:
Explanation:
Given
Solving (a): Formulate a linear programming model
From the question, we understand that:
A has a profit of $9 while B has $7
So, the linear model is:
Subject to:
Where:
Solving (b): The model in standard form:
To do this, we introduce surplus and slack variable "s"
For inequalities, we add surplus (add s)
Otherwise, we remove slack (minus s)
So, the standard form is:
So, the linear model is:
Subject to:
Answer:
Invnetory TurnOver 10
Average inventory 36.5
Explanation:
300,000 / 30,000 = 10
The company sales his inventory 10 times per year
In some cases, we are given with a beginning and ending inventory.
For those, we calculate the average inventory:
(beginning + ending)/2
365/10 = 36.5
The average the inventory age is 36.5 days
365 are the days of the year, and the inventory Turnover are the times per year the inventory is being sold.
we divide one fro manother to get a metric in days of how much the invneotry is in store before being sold.