The process of selecting a base year and expressing the amount as a percent of the base year amount is referred to as trend analysis. Percentage change can be calculated between two periods or over a longer period of time.
Percentage change between two periods:
<span> Subtract the earlier year from the later year. A negative difference means the change is a decrease. A positive difference means it is an increase. Then divide the change by the earlier year's balance. </span>
Percentage change over a longer period of time:
<span>1. </span>Select the base year.
<span>2. </span><span>Divide the amount in each nonbase year (for each line item) by the amount in the base year and multiply by 100.</span>
more firms will be opened than before cause there are more people in the world to buy them
In the short-run, the effect on the price level and the real GDP is <em>a. Both the </em><em>price level </em><em>and </em><em>real GDP </em><em>rise.</em>
Since the economy is in long-run equilibrium in 2019, and the stock prices unexpectedly rise and stay high for a long time, it means that the price level does not:
- Rise while the real GDP falls
-
Fall while the real GDP rises
-
Fall with the real GDP.
<u>Question Options</u>:
a. both the price level and real GDP rise.
b. the price level rises and real GDP falls.
c. the price level falls and real GDP rises.
d. both the price level and real GDP fall.
Thus, in the short-term of this economy both the price level and real GDP rise.
Learn more: brainly.com/question/13029724
<span>1- The company’s cost of equity is 12.34%. The answer is letter c.
2- The bank’s cost of preferred stock is 6.10%. The answer is letter a.
3- The pretax cost of debt is 7.60%. The answer is letter c.
4- The Mullineaux Corporation WACC is 10.02%. The answer is letter b.
5- The company's WACC is 10.53%. The answer is letter c.
6- The company’s WACC is 8.20%. The answer is letter a.
</span>
Answer:
4.18%
Explanation:
The formula for used for this calculation is given as
Future value = Present( Initial) value (1 + r)ⁿ
Where n = number of years of the investment = 13 years
Future value (Amount of the investment after 13 years)= $5,280
Present ( Initial) value (Amount of the investment before 13 years) = $3,100
r = rate of return
The formula for r is derived as:
r = (Future value/ Present (initial) value)¹/ⁿ- 1
r = ($5,280/$3,100)¹/¹³ - 1
r = 1.0418139573 - 1
r = 0.0418139573
r is always in percentage format
r = 0.0418139573 × 100
r= 4.18139573%
Approximately, the rate of return annually for 13 years = 4.18%
