Answer:
the forecast for next year is also $32.4 million
Explanation:
Given that:
the smoothed value for this year is $32.4 million
Let assume that i should be the current year
So; i + 1 can now be the next year
Therefore:
However; as we know quite well that the smoothed value for the current time period is equally the same thing to the forecasted value of the following year time period.
We can therefore posits that, the forecasting for the next year will be:
Thus; the forecast for next year is also $32.4 million
Answer:
a. If policymakers wish to prevent the equilibrium price level from changing in response to the oil price increase, they should decrease the quantity of money in circulation because that will put a check on demand of oil in the market which will prevent the equilibrium price rise.
b. If policy makers wish to prevent equilibrium real GDP from changing in response to the oil price increase then the key is to control inflation.In order to do that, money circulation should be decreased so that the demand of oil could lower down and inflation remains in check.
c.Yes, it is possible to stabilize both the price level and real GDP simultaneously in short run because firms possess fixed factors like prices and capital and other factors of production.If policymakers need to stabilize prices and real GDP then inflation should be controlled by decreasing money circulation quantity so that other fixed factors of production firms like capital or wages could be used in order to keep the prices stable for short term.
Answer:
1. Contribution margin per pound
Product A = $4.00
Product B = $2.80
Product C = $7.00
2. Orders for product C should be accepted first as they yield the highest contribution margin, followed by product A, then Product B which have the second highest and least contribution margin respectively.
Explanation:
Given the following ;
selling price $ 80 $ 56 $ 70 variable expenses: direct materials 24 15 9
other variable expenses 24 27 40
total variable expenses 48 42 49 contribution margin $ 32 $ 14 $ 21 contribution margin ratio 40 % 25 % 30 %
Kindly see attached picture for detailed explanation.
What do you mean bro? I don't understand...like what kind of answer, your question is kind of interesting though.
Answer:
3.72 years
Explanation:
The cash payback period of this investment is the initial investment of $142,104 divided by net increase in cash in cash flow per period.
Cash Payback Period = Initial Investment
/Net increase Cash Flow per Period
Net increase in cash flow per period=$80,000-$41,800=$38,200
Cash payback period=$142,104/$38,200=3.72 years
It would take 3 years 9 months(0.72*12 months) for the project to pay back its initial investment of $142,104