Answer: Maximize joint welfare in respective or the right owner.
Explanation: A coase solution to a problem of externality insures that a socially efficient outcome is to maximize the joint welfare, irrespective of the right of ownership.
The Coase theorem states that when transaction cost are low, two parties will be able to bargain and reach an efficient outcome in the presence of an externality.
It needs to be an equivalent number to an equator and then times it and multiply the answer
The price of the bond is $100.
The bond's price is the present value of the face value plus the present value of the interest accrued throughout the bond's term.
The coupon interest rate is 5% of 100, that is $5 per year. The yield to maturity is also 5%. Because the coupon rate is equal to the yield, the bond's present value will only be its face value.
Present value = 5(P/A, 5%, 2) + 100(P/F, 5%, 2)
= 5×1.85941+ 100×0.90703
= 100
Therefore, the price of the bond is $100.
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Answer:
The correct option is B
Explanation:
The return on assets would be:
Return on assets (ROA)= Assets × Return
= $45,000,000 × 12%
= $5,400,000
Return per customer = ROA / Number of golfers
= $5,400,000 / 400,000
= $13.50
Fixed Cost per Customer = Fixed Cost / Number of golfers
= $20,000,000 / 400,000
= $50
Cost to be charged per customer = Profit + Fixed Cost + Variable Cost
= $13.50 + $50 + $15
= $78.50
Answer:
$7.60
Explanation:
Find PV dividend per year at 14% discount rate;
0.30 / 1.14 = 0.2632
0.50 / 1.14² = 0.3847
0.75 / 1.14³ = 0.5062
1 / (1.14^4) = 0.5921
1.20 / (1.14^5) = 0.6232
Find the PV of the terminal cashflow;
Next, sum up the PVs to find the price of the stock today;
Price = 0.2632 + 0.3847 + 0.5062 + 0.5921 + 0.6232 + 5.2308
= $7.60