Answer:
Correct option is D.
<u>End of the month after the quarter.</u>
Explanation:
FUTA taxes must be paid quarterly by the last day of the month following the end of the calendar quarter.
- April 30th
- July 31st
- October 31st
- January 31st
Answer:
Year 1, Year 2 purchasing power = 8 , 9 (respectively). As price level fall, value of money<u> Increases </u>
Explanation:
Year one purchasing power = Money ($) / Price per basket = 72 / 9 = 8
Year two purchasing power = Money ($) / Price per basket = 72 / 8 = 9
This implies that, as price level falls (from 9 to 8 here) ,the value of money ie purchasing power increases (from 8 to 9)
Answer:
2. (i) demand-side; (ii) both; (iii) supply-side; (iv) supply-side; (v) both
Explanation:
a. $1,000 per person tax reduction ⇒ focus on aggregate demand (more money for consumers to spend)
b. a 5% reduction in all tax rates ⇒ focus on both aggregate demand and supply (more money for consumers and suppliers)
c. Pell Grants, which are government subsidies for college education ⇒ focus on aggregate supply (more money for suppliers of college education)
d. government-sponsored prizes for new scientific discoveries ⇒ focus on aggregate supply (more money for suppliers of new scientific discoveries)
e. an increase in unemployment compensation ⇒ focus on both aggregate demand and supply (more money for consumers resulting in higher prices and lower output)
Answer:
The overhead for the year was $130,075
Explanation:
GIVEN INFORMATION -
ESTIMATED ACTUAL
Manufacturing overhead $132,440 $128,600
Machine hours 2800 2750
Here for calculating the overhead for the year we will use the following formula =
\frac{Estimated Manufacturing Overhead}{Estiamted Machine Hours}\times Actual Machine Hours
= \frac{\$132,440}{2800}\times 2750
\$47.3\times 2750 = \$130,075
Therefore the overhead for the year was $130,075
Answer: $2.1 million
Explanation:
It is mentioned the project is independent of the outcome of general market which means that
=> beta = 0
Using the CAPM formula which is,
r=rt + B* (rm -rf)
=> r = 3% + 0*(12%-3%) = 3%
Expected value of Project in one year = $1 billions * 0.1
Expected value of Project in one year = $100 millions
NPV = Expected value of Project in one year/ (1 + 0.03) - Initial cost
NPV = 100/ (1 + 0.03) - 95
NPV = 97.1 - 95
NPV = $2.1 million
