Answer:
The length of time = 12 years
Explanation:
<em>The number of years the case would be determines the length time it takes the present value of annuity of 17,000 to equate the initial cost </em>
Initial cost = A× (1- (1+r)^(-n)/r =
A- 17,000, r- 13%, n - ?
So we will need to work out the value of " n"
100,000 = 17,000 × 1- 1.13^(-n)/0.133
100,000/17,000 =1- 1.13^(-n)/0.13
5.88235 ×0.13 = 1- 1.13^(-n)
n = 12
The number of years is approximately 12 years
The length of time = 12 years
Answer:
The Time Value of Money formula is FV = PV x [ 1 + (i / n) ] (n x t)] where V is the Future value of money, PV is the Present value of money, i is the interest rate, n is the number of impounding periods per year, and t is the number of years.
The choices can be found elsewhere and as follows:
<span>A.) Big down payment,a longer term loan, and a low interest rate
B.) <span>Big down payment, a shorter term loan, and high interest rate
C.) </span><span>Small down payment, a shorter term loan, and high interest rate
D.) </span><span>Small down payment, a shorter term loan, and small interest rate
I think the correct answer is option A. It would be </span></span>Big down payment,a longer term loan, and a low interest rate that would result <span> in the lowest monthly mortgage payment. Hope this answers the question.</span>
Answer:
$9,000,045
Explanation:
You will need more than HALF of the shares to win.
400,000 shares are there
Half of it:
400,000/2 = 200,000 shares
You would need 1 more to it, so:
Shares needed = 200000 + 1 = 200,001 shares
Total Cost would be the number of shares needed multiplied by the price of each share.
So,
<u>Total Cost = 200,001 * 45 = $9,000,045</u>