Answer:
the future value of the cash flow in year 4 is $5,632.73
Explanation:
The computation of the future value of the cash flow in year 4 is as follows:
= $1,075 × (1.08^3) + $1,210 × (1.08^2) + $1,340 × (1.08^1) + $1,420 ×(1.08^0)
= $1,354.19 + $1,411.34 + $1,447.20 + $1,420
= $5,632.73
Hence, the future value of the cash flow in year 4 is $5,632.73
The same is to be considered and relevant
Answer:
maximum profit = $7500
so correct option is c $7500
Explanation:
given data
mean = 500
standard deviation = 300
cost = $10
price = $25
Inventory salvaged = $5
to find out
What is its maximum profit
solution
we get here maximum profit that is express as
maximum profit = mean × ( price - cost ) ..................................1
put here value in equation 1 we get maximum profit
maximum profit = mean × ( price - cost )
maximum profit = 500 × ( $25 - $10 )
maximum profit = 500 × $15
maximum profit = $7500
so correct option is c $7500
Answer:
The correct answer is letter "B": Understanding.
Explanation:
While composing a text, the understanding buffering technique is helpful to show the reader the writer is concerned about what is being exposed. The buffering must provide a smooth transition to the explanation of the text. Thus, it must be written the most accurate possible.
Answer:
The value of GDP in dollars = $74600
Explanation:
Given the GDP (gross domestic product) of Australia = 100000 AUD
Given the exchange rate, 1.34 AUD = $1.
Since we have given the total amount of GDP for Australia and exchange rate. Now we have to calculate the value of Australian GDP in the dollars. We can find this by dividing the total GDP with 1.34 AUD.
The value of GDP in dollars = 100000 / 1.34 = $74626.86 or $74600.