Answer:
The correct answer is 777.169.56.
Explanation:
According to the scenario, the given data are as follows:
Payment per year (PMT) = $3,000
Time (N) = 40 years
Rate of interest (R)= 8%
So, the future value of the following can be calculated by using the following formula:
Future value = PMT × 
Now, put the value of the following in the formula. then,
= 3,000 × 
= 3,000 × 259.0565
= 777,169.56
Hence, the value in the account after 40 years will be 777,169.56.
??? C ???
whats the question here
Answer:
The correct answer is option c.
Explanation:
A consumer price index measures the change in the price level of weighted average of a basket of goods and services purchased by the consumers.
GDP deflator measures the change in the price of all domestically produced goods and services.
A change in the price of domestically produced industrial robots will be included in the GDP deflator as it includes the prices of all domestically produced goods and services.
But it will not be included in the CPI as the industrial robots are not purchased by consumers in households, they are not consumer goods.
Answer: <em>$4. 71 hamburger and $6.29 French fries.
</em>
Explanation:
Total spendable income of Antonio = $11.00
1 hamburger = $1.50
1 order of French fries = $1.00
Utility maximization function: U(x1, x2) = x1x2 i.e. 1 hamburger and 2 orders of French fries
Using the Utility maximization function: U(x1, x2) = $1.50 + $2.00
= $3.50 per lunch
Therefore the customer will purchase hamburger worth of $(1.50 x 11.00/3.50) = $4. 71
And French fries orders worth of $(2.00 x 11.00/3.50) = $6.29
<em>Antonio will maximize his satisfaction by purchasing $4. 71 hamburger and $6.29 French fries.
</em>
