Answer:
The put payoff = $1,072 - $1,050 = $22 per share
Explanation:
The put payoff is simply the difference between the spot price and the exercise price.
To determine the real profit obtained in this transaction we would need to know the investor's return rate. One of the basic pillars in finance it that $1 today is worth more than $1 tomorrow. We need a return rate to adjust the premium paid, for example if the return rate = 6%, then the premium would have been $9.30 x (1 + 6%/12)² = $9.30 x 1.005² = $9.39
profit = number of shares x (put payoff - adjusted premium)
Answer:
a. Asarta Inc. could pay the fishermen $8,500 and keep polluting
Explanation:
The fishermen sell the fish for $8,000 a year at local market.
Due to pollution emitted by company into stream, their catch is dwindling and also their income.
The company benefits from usage of stream to the tune of $4,000 a year. In such scenario, if company compensates the fishermen for any amount between $8,000 and $40,000 then, in that case, optimal solution to the problem can be achieved in absence of any other transaction cost as per the Coase Theorem.
Therefore, The Asarta Inc. could pay the fishermen $8,500 and keep polluting.
Answer:
$664,000
Explanation:
The computation of the budgeted total manufacturing cost is shown below:
Budgeted total manufacturing costs is
= Fixed cost + Variable cost
= $24,000 + ($16 × 40,000 linear feet of block)
= $24,000 + $640,000
= $664,000
We simply added the fixed cost and the variable cost so that the total budgeted manufacturing cost could come
Answer:
$11,000
Explanation:
Fabricating Department budgeted direct labor = $9,280
Depreciation remains constant at any level of production.
Budgeted labor rate = Budgeted direct labor ÷ Hours of production
= $9,280 ÷ 640
= $14.5 per hour
Direct labor cost = completed hours of production × Budgeted labor rate
= 600 × $14.5
= $8,700
Budget for the Fabricating Department at 600 hours of production:
Budgeted cost = Direct labor cost + Equipment depreciation
= $8,700 + $2,300
= $11,000
Answer: d. Entire initial investment will not be recovered.
Explanation:
The Payback period by definition is the amount of time it will take a Project to recover the initial investment into it. For example, if a project had an investment of $20 million and made $5 million every year, the Payback period would be 4 years.
Now, if the amount of time it will take to recover an investment is longer than the expected amount of time the project will run (expected useful life) then logically speaking that would mean that the Investment would not be entirely recovered because the project will be done before it can pay off the investment hence Option D is correct.
