It is a formula containing arguments. This is because a function maps the domain to its range. Argument is synonymous to domain.
Hope this helps!
The problem is missing some parts:
First, how many parts should you purchase each time you
place an order.
H=.2*$4 = $0.80
S= $800
R = 50,000
Q = 2SRH
= 2(800) (50000) (.8)
= 10,000 units
The second question is how many timer per year will you
place orders.
Required order = R/Q
= 50000/10000
= 5 times
Answer: operating budget
Explanation:
In the given scenario in the question, we can deduce that the management is in the process of planning the operating budget of the company.
The operating budget simply refers to the money that's needed by the company for it to run efficiently. It is made up of the manufacturing costs, sales budget, selling expenses, and the administrative expenses.
Answer:
The option E is correct
Explanation:
Solution
Given that:
The output manufactured to Q = 5Lk
Where L= Labor quantity
k=Capital quantity
The price of K= $12
The price of L =$6
Now,
We find the combination of both K and L that will produce 4,000 units of output.
MPL/MPK is defined as the cost minimizing combination = w/r
Thus,
MPL/MPK = D(Q)/dl = 5k
same will be done for L,
MPL/MPK = D(Q)/dk = 5L
We divide 5K and 5L
So,
5k/5L =$6/$12
k/L = 1/2
Thus,
k =L/2
Now, when we substitute the value L = 2k in Q we have the following below:
Q = 5k * (2k)
Given that Q = 4000
So,
4000=10k2
4000=k2
we divide
k =20
L = 2k = 2820
= 40
Therefore, L =40, k = 20
