Answer:
$191,852
Explanation:
The computation of the annual payment is shown below
Given that
Loan Amount (P) = $1,000,000
Annual Interest Rate (r) = 6.00% per year
Loan Period (n) = 6 Years
Now
The Annual Lona Payment is
= [P × {r × (1 + r)^n}] ÷ (1 + r)^n - 1
= [$1,000,000 x {0.06 x (1 + 0.06)^5}] ÷ [(1 + 0.06)^6 - 1]
= $191,851.5363
= $191,852
Hence, the annual payment is $191,852
The item that is not normally included in the ANSI
recommendations but are included and recommended by other group is the defibrillator,
this is useful in medical situations in which it has the ability to treat
cardiac dysrhythmias that is life threatening.
I do believe luxurious brands are very picky with there titles
Answer: The answer is explained below.
Explanation:
Physical asset valuation is the process used to determine the fair market value of an asset. Research and development is the process whereby a company works in order to obtain new knowledge that will be used to create new technology, services, products, or systems.
Due to the different accounting practices which are accepted by different countries, companies has to consolidate their accounting into a standard. But in a situation whereby a foreign accounting procedure is translated to an accepted and followed standard, this might lead to valuation discrepancies. Therefore, an asset valued at certain amount may fall in value due to the foreign accounting standard used when compared to local accounting standards.
The same follows with the Research and Development cost as there is currency valuations involved and the gap in values of the currencies of the two nations can lead to differences in the the total cost of the project.
Answer: Option (B) is correct.
Explanation:
Correct option: Decreasing marginal product.
Marginal product is the change in the level of output, when there will be an extra input employed in the production of a certain commodity.
So, Marginal Product = 
Where,
Q = Output
I = Input
Marginal product of 1st bag = 500
Marginal product of 2nd bag = 
= 300
Marginal product of 3rd bag = 
= 100
∴ From the above calculations, we can seen that as we employed one more bag of seeds as a result marginal product goes on diminishing.
Hence, Joan's production function exhibits decreasing marginal product.
