Correct Question
You are given the following probability distribution of returns for stock IN A probability of 0.2 that the return will be 12 a probability of 0.35 that the return will be 18 a probability of 0.3 that the return will be 10 and a probability of 0.15 that the return will be 10 What is the expected return of this stock
Answer:
expected return of this stock = 13.2%
Explanation:
<em>The expected rate of return is the weighted average of all the possible returns associated with an investment decision. The returns are weighted using the probability associated with their outcomes.</em>
Expected return = WaRa + Wb+Rb + Wn+Rn
W- weight of the outcome, R - return of the outcome
=(0.2× 12%) + (0.35× 18%) + (0.30×10%) + (0.15 × 10%)
= 13.2%
Answer:
The right answer is option (A).
Explanation:
According to the scenario, given data is :
Time required for one unit = 12 Min
Payment for job = $12.75 / Hour
So, payment for job per minute = $12.75 / 60 = $0.2125 / minute
Hence, Rate per piece = rate/minute × time required for one unit
= $0.2125 × 12
= $2.55
Hence the most appropriate answer is option (A).
Answer:
GDP = $14,755.1 and expenditure approach
Explanation:
The formula to compute the GDP is shown below:
GDP = Personal consumption expenditures + Gross private domestic investment + Government consumption expenditures and gross investment + Net exports
where,
Net exports = Exports - imports
= $1,935.3 - $2,435.5
= -$500.2
So, the GDP is
= $10,417.1 + $1,818 + $3,020.2 - $500.2
= $14,755.1
And, the summing of all this items which are shown above while calculating the GDP is known as expenditure approach
Answer:
Explanation:
CHECK THE ATTACHMENT FOR DETAIL EXPLANATION.
Answer:
Explanation:
An unlimited payment plan for controlling sales force expenses Is flexible so management can allow for cost differentials arising from variations in jobs or territories