Answer:
depletion expense recognize over the first year: 400,000 dollars
Explanation:
it cost 2,500,000 the right to extract 10,000 tons
To obtain therate we divide the cost over the expected tons of materials
rate per ton: 2,500,000 / 10,000 = 250 dollars
Now we calculate the depletion based on the amount extracted on the first year:
<em>first year extractions: </em>1,600 tons
depletion expense: 1,600 tons x 250 dollars = <em>400,000</em>
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Thomas needs to think what it is he needs to buy the car. That is cash (money). What does he need to do to get money? He needs a job. Once he has a job and starts getting paid, he needs to SAVE the amount required for the down payment, unless he has the money to buy it cash! Meaning he can pay it in full. If he is only paying for the down payment, then he needs to make sure he has good credit to qualify for a loan on the remaining balance.
All in all he needs a plan!
Answer:
Complementary
Explanation:
The complementary resource is a term that describes a type of resources contributed by each partner to a business or investment. In other words, it is the resources each partner brings to the partnership that, when merged together, provide for new resources or capabilities that neither firm could readily create alone.
Hence, the right answer is COMPLEMENTARY RESOURCES
Answer:
B) $90,000
Explanation:
The market value of the unlevered equity can be calculated using the following formula:
Expected value = Σpx
Where:
p = the probability of each outcome
=50% in this case for both weak and strong economy.
x = the present value of cash flow for each outcome which is $90,000 in case of weak economy and $117,000 in case of strong economy.
Expected value= 0.50(90,000(1+15%)^-1)+0.50(117,000(1+15%)^-1)
=0.50(78,260.87)+0.50(101,739.13)
=$90,000
So the answer is B) $90,000
Answer:
the maximum loan size is $1,278,335.62
Explanation:
The computation of the maximum loan size is as follows:
= (NOI first year ÷ debt coverage rate) × 1 ÷ (rate of interest) × (1 - 1 ÷ (1 + rate of interest)^number of years)
= ($150,000 ÷ 1.5) × 1 ÷ (6%) × (1 - 1 ÷ (1 + 6%)^(25))
= $1,278,335.62
hence, the maximum loan size is $1,278,335.62
We simply applied the above formula
