Answer:
a.
The money that we will have in account is $51156.41
b.
The money that we will have in account is $318808.31
Explanation:
a.
The deposits made in the account represent an annuity pattern as the deposits made are of a constant amount, are made after equal interval of time and are for a defined time period. Thus, to calculate the value of money that we will have after 19 years, we will use the formula for the future value of annuity.
The formula for the future value of annuity is attached.
FV = 1100 * [ (1+0.091)^19 - 1 / 0.091 ]
FV = $51156.41178
b.
The same formula for the future value of annuity will be used and we will change n from 19 to 38.
FV = 1100 * [ (1+0.091)^38 - 1 / 0.091 ]
FV = $318808.3149
Answer:
6.6
Explanation:
The formula and the computation of the times interest earned is shown below:
Times earned interest = (Earnings before income tax and interest expense) ÷ (Interest expense)
where,
Earnings before income tax and interest expense is
= $387,520 + $69,200
= $456720
And, the interest expense is $69,200
So, the times interest earned ratio is
= $456,720 ÷ $69,200
= 6.6
Answer:
3 years
Explanation:
The payback period measures how long it takes for the amount invested in a project to be recovered from the projects cash flows .
Number of years = Investment / cash flows
$6000 / $2000 = 3 years
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Explanation:
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Answer:
Capital is an important factor of production because it's what allows labor and land to be purchased.
Explanation:
capital can be the money that companies use to buy resources, as well as the physical assets companies use when producing goods or services, such as factories and machinery.
