It needs to be an equivalent number to an equator and then times it and multiply the answer
Answer:
a. 9.1 percent deflation between the first and second years, and 4 percent deflation between the second and third years.
Explanation:
To calculate the rate of inflation/deflation, we have to divide by the oldest price index.
The second year, the variation of the price index was:

This means a 9.1% deflation.
The third year, the variation of the price index was:

This means a 4% deflation.
Here, public savings = $1.05 billion and private savings = $3.15 billion
It is calculated as follows:
Total savings, S = $4.20 billion
We know: S = V+U
It means National Savings = Private savings + Public savings
Here:
V = private savings , U = public savings and
Private saving, V = 0.75 × S
= 0.75 × $4.20 billion
= $3.15 billion
And, the public savings will be = National savings - private savings
= $4.20 billion - $3.15 billion
= $1.05 billion
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Answer:
6%
Explanation:
Data provided as per question is as given below:-
Redeemed amount = $1,000
Sale value of Bond = $687.25
Number of year = 5
The computation of interest rate is as shown below:-
Interest rate = (Redeemed amount ÷ Sale value of bond) ^ (1 ÷ Number of Year) - 1
= (1,000 ÷ 747.25) ^ (1 ÷ 5) - 1
= (1.338) ^ (0.2) - 1
= 0.06
= 6%
Answer:
It will take 10.058 years from today.
Explanation:
Giving the following information:
Present value= $1,091
Future value= $1,728
Interest rate= 12%
<u>First, we need to calculate the number of years it will take to transform the PV into the FV:</u>
<u></u>
n= ln(FV/PV) / ln(1+i)
n= ln(1,728/1,091) / ln(1.12)
n= 4.058 years
It will take 10.058 years from today.