Answer:
the holding period return is 3.77%
Explanation:
The computation of the holding period return is shown below:
Holding period return is
= (Income + (Selling price - Purchase price)) ÷ Purchase price
= ($3 + ($52 - $53)) ÷ 53
= 3.77%
Hence, the holding period return is 3.77%
We simply applied the above formula so that the correct value could come
And, the same is to be considered
Answer:
Michael does not experience inflation because he only buys Tennis rackets
Explanation:
Inflation is defined as increases in price per unit price.
It is the prolonged increase in the price of goods and services caused by devaluation of currency , demand -pull or cost - push. While a certain degree of inflation can be beneficial to a thriving economy , it can become a threat if it becomes larger.
One of the direct impact of inflation is rise in price of goods and services.
As the price of rackets was not affected by the inflation , that means that Michael was not affected by the inflation.
Answer: The answer is $ 1266.
Explanation: If the commission rate is 6%
The commission is = 105500. 0.06 = 6330
40% is for the listing broker = 6330. 0.4 = 2532
And half is for his salesperson = 2532/2 = 1266.
The listing salesperson receive from this sale $ 1266.
Answer:
The correct answer is: family life cycle.
Explanation:
The family life cycle refers to the natural stages families go through over time. There is no set path these stages follow but the most common steps in the life cycle of a family are <em>leaving home -single young adults, joining families through partnership, families with young children, families with adolescents, launching children and moving on, </em>and <em>families in later life</em>.
Answer:
the present value of the bond is $16.67
Explanation:
given data
time NPER = 12 year = 12 × 2 = 24 semi annual
bond value FV = $1000
interest PMT = $50
rate of interest = 6% = 
= 0.03 = 3 % semi annual
solution
we will apply here formula for current value in excel as given below
-PV(Rate;NPER;PMT;FV;type) .............1
put here value as
rate = 3% and NPER = 24 , and FV = 1000 and PMT = $50
solve it we get
the present value of the bond is $16.67
