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.
$465.97
most of these scams are 84 months (seven years) so about 40,000 bucks, is it worth it? Probably not.
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