Answer:
B. $115,220
Explanation:
Material A introduced at the beginning of the process = $12.50
Conversion Cost = $6.6*60% = $3.96
Total = $12.5 + $3.96 = $16.46
WIP ending inventory = $16.64*7000 units
WIP ending inventory = $115,220
The average nominal risk premium on the long-term government bonds was 2.6 percent.
A risk premium is the expected investment return on an asset that is higher than the risk-free rate of return. The risk premium on an asset is a form of compensation for investors. It compensates investors for tolerating the additional risk in a given investment over that of a risk-free asset. Subtracting the return on risk-free investment from the return on investment yields the risk premium.
The nominal risk premium is:
Nominal Risk-Free Rate - Inflation Premium = Real Risk-Free Rate. Nominal rates are the rates we encounter on a daily basis, such as interest rates from banks and other financial institutions.
Nominal risk premium = 6.1 % -3.5 %
= 2.6%.
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Personally if I were to answer this base on my own polite opinion, if a document reaches me, and it requires me to perform some action, I would do it immediately if it <span>seems important but not urgent.
The answer is letter B then.</span>
Deposit (PV): $10,000
Years between the 18th month and the fifth year (n) = 3.5
(I)=7% yearly interest rate
Simple interest approach accumulated value equals P*(1+(i*n)).
=1000*(1+(7%*3.5))
=1245
Thus, the total value at the end of five years will be $1245.
Compound interest method accumulated value equals P*(1+i)n
=1000*(1+7%)^3.5
=1267.19
Therefore, the total value after five years will be $1267.19.
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Answer:
C
Explanation:
Backward induction is the process of going backwards in time with yZermelour reasoningreasoning , from the end of a problem or situation, to determine a sequence of optimal actions. It starts by first considering the last time a decision might be made and choosing what to do in any situation at that time. Using this information, one can then determine what to do at the second-to-last time of decision. This process continues backwards until one has determined the best action for every possible situation (i.e. for every possible information set) at every point in time. IZermelo was the first to use this technique in 1913 to make a point that chess has pure optmal strategies
