For this case what you should do is to clear q in both equations with a price of p = 16 $
We have then:
For the demand
p = 48 - 2q
q = (48 - p) / 2
q = (48 - 16) / 2
q = 16
For the supply:
p = 12 + q
q = p-12
q = 16-12
q = 4
Answer:
if the town imposes a price ceiling of 16 dollars, and the quantity demand will be 16 while quantity supply will be 4.
Answer:
C. $2,018.00.
Explanation:
The computation of the lower cost or market value is shown below:
For Jelly
= 150 units × $2 per unit
= $300
For Jam
= 370 units $2.50
= $925
And, for Marmalade
= 260 units × $3.05
= $793
So, the total inventory is
= $300 + $925 + $793
= $2,018
It is come by multiplying the quantity of each one by its lower cost or market value per unit
If the required rate of return is 7.2%, no such security shall be purchased.
<h3>What does the required rate of return mean?</h3>
The required rate of return is the expected percentage of returns on investment at the time the investment is made. The required rate of return, in this case, is 7.2%.
The actual returns earned from purchasing the security for $8000 and receiving returns of $3600 are calculated to be around a 3.6% return.
As a result, if the required rate of return on investment is 7.2%, the security should not be purchased.
Read more about the required rate of return here:
brainly.com/question/13987385
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Answer:
Option D is correct because supply chain management is the management of the processes and resources required that flow from the suppliers to the end to the final customer. This also includes the management of stock rooms, raw materials, inventory and internal information as well.
Income Approach seems to fit best but i'm not quite sure.
Sorry if it's wrong.
