Answer:
nominal interest rate = 4% annual
effective interest rate = 5.56% annual
Explanation:
the bond's nominal rate is basically the coupon rate
to calculate the bond's effective interest rate we must calculate its yield to maturity:
YTM = [coupon + [(face value - present value) / n]} / [(face value + present value) / 2]
- coupon = $1,000 x 4% x 1/2 = $20
- FV = $1,000
- PV = $800
- n = 40
YTM = [20 + [(1,000 - 800) / 40]} / [(1,000 + 800) / 2]
YTM = 25 / 900 = 2.777 semiannual ⇒ 5.56% annual
Answer:
idk but mixing Quin red and Sap green will give you a hershey brown color
Explanation:
Hope this helps
With everything else remaining constant, an increase in supply will result in a decrease in the equilibrium price and an increase in the amount required.
The equilibrium price will increase as the supply declines, while the quantity needed will go down. Demand and supply forces are balanced at an equilibrium price. Prices have a propensity to return to this equilibrium unless certain demand or supply characteristics alter. When demand, supply, or both move or change, the equilibrium price will change. Price decreases and quantity increases as supply grows. Price increases and quantity declines cause a drop in supply. The equilibrium price rises if the increase in supply exceeds the increase in demand. The equilibrium price falls if the increase in supply is greater than the rise in demand. Equilibrium quantity rises in both scenarios. The equilibrium price and quantity are impacted by upward movements in the supply and demand curves. The equilibrium price rises but the quantity decreases if the supply curve changes upward, indicating that supply declines but demand remains constant. For instance, pump prices are expected to increase if gasoline supply are reduced.
Learn more about equilibrium price hear :
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Answer:
The purpose of the function is to lend the people indeed.
Explanation:
a central bank help to keep our money and give a loan
Answer:
First Expected Dividend will come in at the end of Year 3 or t=3 assuming current time is t=0.
D3 = $ 4.25, Growth Rate for year 4 and year 5 = 22.1 %
Therefore, D4 = D3 x 1.221 = 4.25 x 1.221 = $ 5.18925 and D5 = D4 x 1.221 = 5.18925 x 1.221 = $ 6.33607
Growth Rate post Year 5 = 4.08 %
D6 = D5 x 1.0408 = 6.33607 x 1.0408 = $ 6.59459
Required Return = 13.6 %
Therefore, Current Stock Price = Present Value of Expected Dividends = [6.59459 / (0.136-0.0408)] x [1/(1.136)^(5)] + 4.25 / (1.136)^(3) + 5.18925 / (1.136)^(4) + 6.33607 / (1.136)^(5) = $ 45.979 ~ $ 45.98
Price at the end of Year 2 = P2 = Present Value of Expected Dividends at the end of year 2 = [6.59459 / (0.136-0.0408)] x [1/(1.136)^(3)] + 4.25 / (1.136) + 5.18925 / (1.136)^(2) + 6.33607 / (1.136)^(3) = $ 59.3358 ~ $ 59.34
Dividend Yield at the end of year 3 = DY3 = D3 / P2 = 4.25 / 59.34 = 0.07612 or 7.612 %
Total Required Return = 14. 6 %
Therefore, Required Capital Gains Yield = 14.6 % - 7.612 % = 6.988 %
