Answer:
Last paragraph
Explanation:
Finally, Jeremey has also divided the problem into smaller parts, such as production costs, overheads, downtime expense, repair expenditure, and so on.
In order to compute for the effective annual rate, the
working equation would be [( 1 + i/n)^n] – 1. The i
corresponds to the nominal rate while n is the number of compounding periods
per year which in this case is 12. The answer would be 5.116%.
Answer:
b.$995,000
Explanation:
Jensen Company
Direct materials used $345,000
Direct labor incurred 250,000
Factory overhead incurred 400,000
Product cost $995,000
Therefore Jensen Company's product costs is $995,000
Direct materials used $345,000 + Direct labor incurred 250,000 +Factory overhead incurred 400,000 =$995,000
"from" (and any subsequent words) was ignored because we limit queries to 32 words.
Answer:
Option (b) is correct.
Explanation:
In 2010,
Real GDP = 600,000
Population = 5,000
Real GDP per person:
= Real GDP ÷ Population
= 600,000 ÷ 5,000
= 120
In 2011,
Real GDP = 636,480
Population = 5,200
Real GDP per person:
= Real GDP ÷ Population
= 636,480 ÷ 5,200
= 122.4
Growth rate of real GDP per person during the year 2011:
= [(Real GDP per person in 2011 - Real GDP per person in 2010) ÷ Real GDP per person in 2010] × 100
= [(122.4 - 120) ÷ 120] × 100
= (2.4 ÷ 120) × 100
= 0.02 × 100
= 2%
It was seen from the data available on the world bank that the United states real GDP per person is growing at an average rate of 2% between 1910 and 2010.
Hence, the Growth rate of real GDP per person during the year 2011 is about the same as average U.S. growth over the last one-hundred years.
