Answer:
Explanation:
Suppose a financial manager buys call options on 24,000 barrels of oil with an exercise price of $119 per barrel. She simultaneously sells a put option on 24,000 barrels of oil with the same exercise price of $119 per barrel. What are her payoffs per barrel if oil prices are $103, $108, $119, $130, and $135? (Leave no cells blank - be certain to enter "O" wherever required. A negative answer should be indicated by a minus sign.) 130 $ 135 Market price Payoffs per barrel 108 $ 119 103 $ $
No, because the decision has already been made by the Board of Directors.
More about directors and decision making:
The board's decision-making process is divided into two stages: communication and decision-making. Each director decides whether to incur a cost to communicate his information to others during the communication stage. At the decision-making stage, all directors take actions (e.g., vote) based on their private information and information inferred from the discussion, and the board makes a collective decision. Directors may have conflicts of interest and thus prefer a decision that is not in the best interests of the shareholders. Directors may also have a preference for conformity and thus incur a loss if their actions differ from those of other directors, such as voting differently than the majority.
Learn more about decision making here:
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Answer: $53.94
Explanation:
Current share price is the present value of the dividends for the next 3 years and the terminal value in year 3.
Terminal value = D₄ / ( required return - growth rate)
= (2.35 * 1.22³ * 1.05) / (12 % - 5%)
= $64
D₁ = 2.35 * 1.22 = $2.867
D₂ = 2.867 * 1.22 = $3.49774
D₃ = 3.49774 * 1.22 = $4.2672428
Share price = (2.867 / (1 + 12%)) + (3.49774 / 1.12²) + (4.2672428 / 1.12³) + (64/1.12³)
= $53.94
Answer:
112 customers per day
Explanation:
For computing the needed capacity requirement, first we have to find out the new utilization rate which is shown below:
Capacity cushion = 100% - average utilization rate
25% = 100% - average utilization rate
So, the average utilization rate is 75%
Now the needed capacity requirement is
Utilization rate = Average output rate ÷ Maximum capacity × 100
75% = 84 ÷ Maximum capacity × 100
So, the maximum capacity is 112 customers per day
We simply applied the above formula to determine the needed capacity requirement
Answer:
unrealized gain from change in market value = $10,617
Explanation:
Bonds carrying value = $739,816
amortization of bond discount = ($739,816 x 6%) - ($800,000 x 5.5%) = $389
amortization of bond discount = ($740,205 x 6%) - ($800,000 x 5.5%) = $412
bond's carrying value = $740,205 + $412 = $740,617
unrealized gain = carrying value - market value = $740,617 - $730,000 = $10,617
