Answer:
The cost of production must decrease by $5 per unit.
Explanation:
Giving the following information:
Selling price= $62 per unit.
Jaybird desires a $22 profit per unit.
Jaybird expects to sell 6,200 units.
Variable product cost per unit $ 19
Variable administrative cost per unit 12
Total fixed overhead 57,000
Total fixed administrative 30,000
First, we need to calculate the unitary cost of production:
Unitary cost= 19 + 12 + (57,000+30,000)/6,200= $45
Target cost= 62-22= $40
The cost of production must decrease by $5 per unit.
Answer:
18.37%
Explanation:
The internal rate of return is the return at which the net present value comes to zero
Here the net present value is the value at which the present cash inflows after discounting factor is exceeded then the initial investment. If this thing happens then the project would be accepted otherwise it would be rejected
The computation of the range of the plant IRR is to be shown in the attachment below.
Please find the attachmentHence, the internal rate of return is 18.37%
Answer:
Seth's total profits is $1,535.359
Explanation:
According to the given data we have the following:
MC = 0 and we will ignore fixed costs
Therefore TC = 0
Demand function in Santa barbara is
p = 74 - q
MR = 74 - 2q
Since Seth sets different uniform prices in two markets to maximizes his profit therefore
,
MR = MC
74 - 2q = 0
2q = 74
q=37
p = 74 - 37 = 37
Profit = pq - TC
= 37*37 - 0
= $1,369
Inverse demand finction Goleta is
p = 39 - 4q
MR = 39 - 8q
MR = MC
39 - 8q = 0
8q = 39
q = 4.875
p = 39 - 4.875 = 34.125
Profit = pq - TC
= 34.125*4.875 - 0
= $166.359
Therefore, Seth's total profits = $1,369 + $166.359
Seth's total profits= $1,535.359
Seth's total profits is $1,535.359
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