You are the manager of a monopolistically competitive firm, and your demand and cost functions are given by Q = 36 – 4P and C(Q)
= 4 + 4Q + Q2.
(a) Find the inverse demand function for your firm’s product. P = - Q
(b) Determine the profit-maximizing price and level of production.
(a) Find the inverse demand function for your firm’s product. P = - Q
(b) Determine the profit-maximizing price and level of production.
1 answer:
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Answer:
"Decrease by 250" is the appropriate response.
Explanation:
The given values are:
Revised fixed cost,
= $150,000
Current selling price,
= $100
Current variable cost,
= $60
Current contribution will be:
=
=
=
Now,
The revised BEP will be:
=
On substituting the values, we get
=
=
hence,
=
=
Thus the above is the correct answer.
Answer:
A) $56.5
Explanation:
Data:
Project S
Initial cost $10,000
Y1 CF = $6,000
y2 CF = $8,000
Project L
Initial Investment = $10,000
Y1-Y4 CF = $4,373
Solution:
<u>For Project S</u>
We shall prolong the project to four years so it can be easily compared to project L
Following shall be the cashflow stream:
Y0=-$10,000 Y1=$6,000 Y2=-$2,000($8,000 CF - $10,000 outlay for prolonging the project second time) Y3=$6,000 Y4=$8,000
Now to discount the cashflow
<u>For Project L</u>
In order to calculate present value of the annuity, following formula will be used:
<em>NPV = Initial outlay - PV</em>
Now, we can easily calculate how much value will the firm gain or lose if Project L is selected over Project S
<em>*all figures are rounded off to two decimal points*</em>