Answer:
1.0 percent
Explanation:
Expected real rate of return can be described as the proportion of the annual return or profit from an investment after deducting inflation.
The purpose of the real rate of return is to show the accurate and actual purchasing power of a certain sum of money over a period of time.
An investor can therefore know what is the real return of a nominal return when the nominal interest is adjusted for inflation.
From the question, we have:
Interest rate on 10-year Treasury note = 2.5 percent
Expected Inflation = 1.5 percent
Therefore, the expected real rate of return on the 10-year Treasury note is derived by subtracting the 1.5 percent expected Inflation from the 2.5 percent interest rate on 10-year Treasury note as follows:
Expected real rate of return on the 10-year Treasury note = 2.5 - 1.5
= 1.0 percent
Therefore, the expected real rate of return on the 10-year U.S. Treasury note is 1.0 percent.
All the best.
Answer:
interest rate is 2.25 %
Explanation:
given data
sell bond = $715
bond matures = 15 years
redeem = $1,000
solution
we apply here formula that is
amount = principal × 
................1
here put value and we get
1000 = 715 × (1+r)^{15}
= 
solve it we get
r = 0.022617
so rate is 2.25 %
Answer:
=$854,000
Explanation:
The cost of goods sold is the expense incurred by a manufacturing firm when making goods to be sold to customers. It is calculated using the formula.
Cost of goods sold = Beginning Stock plus purchases/ cost of goods manufactured minus ending stock
Marigold Corp:
Beginning stock: $162,000
Ending stock: $174,000
cost of goods manufactured, $866000;
cost of goods sold =
$162,000 + 866,000 -$174,000
=$854,000
Answer:
$4,267,059
Explanation:
to determine the equivalent amount of money between 1924 and 2008, we must divide the 2008 CPI by the 1924 CPI, and then multiply by $36,000:
= (2015 / 17) x $36,000 = 118.53 x $36,000 = $4,267,059
The consumer price index measures the weighted price of basket of goods . It is useful for calculating inflation and comparing how the purchasing value of the US dollar has decreased in time. Basically what this shows us, is that $1 in 1924 would purchase the same amount of goods as $118.53 in 2008.
Answer:
$26,000 adverse variance
Explanation:
Fixed Overheads Volume Variance = Budgeted Overheads at Actual Output - Budgeted Fixed Overheads
= $1.30 x 60,000 hours - $1.30 x 80,000
= $78,000 - $104,000
= $26,000 adverse variance
The fixed factory overhead volume variance is $26,000 adverse variance
