1200
The interest paid annually is 700*5/100 = 35
Simple interest I=Prt = (5000)(0.07)(2) = $700.Compound interest: A=P(1+r)t = 5000(1.07)2 = 5000(1.1449) = $5,724.50;I=A-P = 5,724.50 - 5000 = $724.50
It is 5000*[(1+8/100)2 - 1] = 5000*[1.1664 - 1] = 5000*0.1664 = 832
5000 x 6/100 x 83/365 = (300 x 83)/365 = 68.22
50 x 7 x 2 ie 700 Simple Interest; 5000 x (1.07)2 - 5000 ie 724.50 Compound Interest
The interest paid annually is 700*5/100 = 35
6 yrs @ 10% = 60% = 3000
390.45
To calculate the total amount Wallace will pay on a $5,000 loan with a 4% annual interest rate compounded annually over six years, we use the formula for compound interest: ( A = P(1 + r)^n ), where ( A ) is the total amount, ( P ) is the principal amount ($5,000), ( r ) is the annual interest rate (0.04), and ( n ) is the number of years (6). Plugging in the values: [ A = 5000(1 + 0.04)^6 = 5000(1.265319) \approx 6326.59 ] Therefore, Wallace will pay approximately $6,326.59 in total.
A fixed percent of the principal of a loan or investment is called a fixed interest. It is paid monthly or annually or whatever based on the agreement made.
most of these scams are 84 months (seven years) so about 40,000 bucks, is it worth it? Probably not.
$465.97
Simple interest I=Prt = (5000)(0.07)(2) = $700.Compound interest: A=P(1+r)t = 5000(1.07)2 = 5000(1.1449) = $5,724.50;I=A-P = 5,724.50 - 5000 = $724.50
It is 5000*[(1+8/100)2 - 1] = 5000*[1.1664 - 1] = 5000*0.1664 = 832
5000 x 6/100 x 83/365 = (300 x 83)/365 = 68.22
$432
$432