The compound interest is 8.775%.
interest = p.
p is principal, i is the interest rate, and n is the periods. Inthis case, p is 2 and the interest is .8. (We can divide both sides by a million to make it simpler.) The number of periods is 4.
.8 = (2)(i)(4)
.8 = 8i
i = 10%. (solution)
Compound interest, again, is
interest = p [(1+r)^m - 1]
This time we can't cancel out the p by default. We must divide by 2if we want to avoid multiplying through. After doing so, we add 1to both sides.
1.4 = (1+r)^4
Log both sides.
log(1.4) = 4log(1+r)
log(1.4) / 4 = .0365 = log(1+r)
10^.0365 = 1 + r
1.08775 - 1 = r
r = 8.775%.
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Answer:
There are numerous factors that impact the price elasticity of supply including the number of producers, spare capacity, ease of switching, ease of storage, length of production period, time period of training, factor mobility, and how costs react.
Answer:
the accounting rate of return is 18.75%
Explanation:
The computation of the accounting rate of return is as follows:
But before that following things need to be determined
Depreciation expense is
= ($540,000 - $195,000 )÷ (5 years)
= $69000
The Net income is
= $170,250 - $69,000
= $101,250
Now the accounting rate of return is
= Net income ÷ Initial investment
= $101,250 ÷ $540,000
= 18.75%
hence, the accounting rate of return is 18.75%
Answer:
d. 21, 21
Explanation:
The Chaikin Money Flow is a model (indicator) that was developed by Marc Chaikin in the 1980s and it is typically used by financial institutions or experts to monitor the volume-weighted average of accumulation and distribution of a stock for a specific period of time. Thus, the default or standard period for the Chaikin Money Flow is 21 days
Hence, Chaikin Money Flow is calculated by summing the average of the daily money flow (ADs) over the past 21 days and dividing that sum by the total volume over the past 21 days.
