Use the drop-down menus to analyze the writing prompt. Format: Examine a Centers for Disease Control advertising campaign that p
2 answers:
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Answer:
N = 10
N = 10PMT = 0
N = 10PMT = 0PV = 84.49
N = 10PMT = 0PV = 84.49FV = 100
N = 10PMT = 0PV = 84.49FV = 100R = Rate(10,0,84.49,-100,0) = 0.017 = 1.7%
N = 10PMT = 0PV = 84.49FV = 100R = Rate(10,0,84.49,-100,0) = 0.017 = 1.7%b. Yield = 0.02 per quarter = 0.08 per year
N = 10PMT = 0PV = 84.49FV = 100R = Rate(10,0,84.49,-100,0) = 0.017 = 1.7%b. Yield = 0.02 per quarter = 0.08 per yearcontinuous rate = ln(1+0.08) = ln(1.08)...
Answer:
Ans. The equilibrium rate of return on a 1-year Treasury bond is 6.65% (please check the explanation)
Explanation:
Hi, well, this type of bonds exist so people can avoid the time value of money risk, in other words, to keep money save from inflation and provide a risk free return at the same time. From a part of the text I can tell that the person who wrote it wanted to add up the risk free rate and the inflation rate, that is 3.05%+3.60% =6.65%.
This is why I wrote this answer, but the truth is that since they are both effective rates (risk free rate and inflation), they need to be add as effective rates, that is:
Therefore
So the real equilibrium rate of return is 6.76%, but for the sake of the question, I wrote 6.65%.
Best of luck.
Answer:
The predetermined overhead rate based on machine hours is $62
Explanation:
We will distribute the expected overhead cost over the costdriver. In this case, machine hours.
15,500,000/250,000 = 62
each machine hour carries 62 dollars of overhead.
The actual machine hours are used to determinate the applied overhead. While the actual cost it is compared with the applied to look for underapplication or overapplication.