Answer:
Present Value of first option:
= -105,000 + 35,000/ (1 + 9%) + 35,000/(1 + 9%)² + 35,000/(1 + 9%)³ + 35,000/(1 + 9%)⁴
= -105,000 + 113,390.19
= $8,390.20
Present Value of second option:
= -105,000 + 152,500/ (1 + 9%)⁴
= -105,000 + 108,034.84
= $3,034.84
Answer:
A) Forecasting models
Explanation:
Forecasting models -
It is the method of making prediction of the future , based on the data of the present and the past , and by analyzing the trends .
For example , the estimation of some variable of interest at for some future date .
Uncertainty and risk are the center of the forecasting , it is a good practice , which indicates the degree of uncertainty to forecasts .
Hence , from the data of the question , the correct answer is Forecasting models .
Answer:
$1066.77
Explanation:
The amount that would need to be saved today is referred to as present value.
Present value is the sum of discounted cash flows
Present value can be calculated using a financial calculator
Cash flow in year 1 and 2 = 0
Cash flow in year 3 = $600
Cash flow in year 4 = 0
Cash flow in year 5 = $700
I = 5
present value = $1066.77
To find the PV using a financial calculator:
1. Input the cash flow values by pressing the CF button. After inputting the value, press enter and the arrow facing a downward direction.
2. after inputting all the cash flows, press the NPV button, input the value for I, press enter and the arrow facing a downward direction.
3. Press compute
The correct answer is $737 premium per year.
The steps to solving this problem is to first determine the amount of homeowner’s insurance that you need. It is specified that they are looking for a policy that is equal to 80% of the home’s replacement value. The value of the home is $312,500, so 80% of that is $250,000 (312,500 x .8).
Next, locate the row for $250,000 and then locate the Brick/Masonry section, which is the first one. Under that heading you will see the breakdown of different classes. The first column is for fire protection classes 1-6, which includes 4. So, your answer is in the first cell to the right of $250,000.
Answer:
- <u><em>1. CPI in the subsequent year: 1,135</em></u>
<u><em></em></u>
- <u><em>2. Rate of inflation: 13.5%</em></u>
<u><em></em></u>
Explanation:
<u>1. Calculate the CPI</u>
<em></em>
<em>CPI </em>is the consumer price index.
CPI is created using a basket of goods and services that are typically consumed.
In the given case the typical basket is:
- Gasoline and car maintenance
- Phone service (basic service plus 10 long-distance calls).
Then to find the CPI for a determined year you multiply each item by its price and then add up all the results.
For the base year, the expenditures per month were:
- 25 pizzas at $ 10: $10 × 25 = $250
- Gasoline and car maintenance: $100
- Phone service (basic service plus 10 long-distance calls): $50
Then, the CPI for the base year is:
- CPI = $250 + $600 + $100 + $50 = $1,000
The year following the base year, the expenditures per month are:
- 25 pizzas at $ 11 : $11 × 25 = $275
- Gasoline and car maintenance: $120
- Phone service (basic service plus 10 long-distance calls): $40
Then the CPI for the followng year is:
- CPI = $275 + $700 + $120 + $40 = $1,135
<u>2. Calculate the rate of inflation</u>
The rate of<em> inflation</em> is defined as the increase of the CPI of the given year with respect ot the base year:
The formula to calculate the rate of inflation is:
- Inflation = (CPI of the year - CPI of the base year) / (CPF of the base year) × 100
- Inflation = [ (1,135 - 1,000) / (1,000)] × 100 = 13.5%
Hence, <em>the rate of inflation for the subsequent year is 13.5%</em>
