6% of 8,000 = 480
Since interest is not compounded, you just keep getting 480 paid once every year.
Mathematically, it takes 8,000/480 = 162/3 years to earn another 8,000. But the
final payment isn't paid until the end of the 17th year. Until that moment, you've
only collected 7,680. Then, at the end of the 17th year, you get the payment
that brings the interest to a total of 8,160.
Note that if the interest had only compounded annually ... you leave the interest in
the account, and at the end of next year, 6% is paid on the total in the account ...
it would double in only 12 years.
$2400
It is 1050*(4.6/100)*2
$150. 5% interest per $1000 is $50 per year. You had the loan 3 years- $50 x 3.
if its simple interest: I = prt = 240 the total money to be returned is 2240
18.90 as an interest. and principle wil remain same.
331/3 percent simple interest will double any amount in 3 years.
It will take 25 years for a 100 to double check if you have a simple interest of 4 percent.
20 YEARS
It will take 20 years.
Simple interest: 144Compound interest: 152.64
19035 by simple interest
$48
$494.34 Interest= principal amount * time* simple interest %
Simple interest = 1000 * 5/100 * 3 = 150
7% simple annual interest over 2 years = 14% total interest.14% of R528 = R73.92 .
About 8 years to double (divide 70 by the interest rate), and presumably another 8 years to double again? This supposes compound interest. For simple interest, 11 years to double and 33 to quadruple.
You already gave the simple interest - 9 percent. Rethink and ask your question again.