he following production data were taken from the records of the Finishing Department for July: Inventory in process, July 1, 30%
1 answer:
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The correct statement is that at the end of two years a total interest of 1246.10 has been paid on a principal of $11940, where the interest rate is 7.45 percent. So, the correct option is B.
The calculation on monthly payment of interest can be done by ascertainment of the interest paid for two years and division of such amount by total number of months.
<h3>Calculation of Monthly Payment</h3>We know that the interest to be paid for the first year will be close to $902 and that for the second year will be calculated as follows,
So, the total interest paid at the end of the second year will be,
So, the total interest paid fully at the end of two years will be $1246.10
Hence, the correct option is B that the total interest of 1246.10 has been paid on a principal of $11940 at the end of two years upon monthly payments of such years.
Learn more about monthly payment here:
Answer:
<em>It will take me </em>= <em>30.99 years</em> to pay-off the borrowed amount paying $60.00 every month
Explanation:
SOLUTION:
Using the Formula: A = P(1+r/n)
Where:
A= $60.00;
P = $3,200.00;
r = 12.9%;
n = 12
t =?
Substituting the values into the Formula =
$60 = $3,200(1 + 12.9%/12)
= $60 = $3,200(1 + 12.9%/12)
= $60.00 = $3,200.00 (1 + 0.129/12)
= $60.00 = $3,200.00 (1 + 0.01075 )
= $60.00 = $3,200.00 (1.01075 )
= $60.00/$3,200.00 = $3,200.00 (1.01075 )/$3200.00
= 0.01875 = (1.01075)
= Using the law of logarithm
= log = Nlog A
=12tlog(1.01075) = log0.01875
= 12log(1.01075)/(1.01075) = log0.01875/log(1.01075)
= 12t = log(0.01875)/log1.01075
= 12t = 1.7270/0.04644
Divide 12 by both sides
=12t/12 = 371.88774/12
t= 30.9898
<em>∴ 30.99 years</em>
<em>It will take me </em>= 30.99 years to pay-off the borrowed amount paying $60.00 every month