Interest compounded annually is calculated by the following formula:
I = P x (1+r)^t - P
where I is the amount of interest, P is the principal investment amount, r is the annual interest rate expressed as a decimal, and t (for time) is the number of years. If "- P" is removed from the right hand side, then you get the new total amount, instead of just the interest paid.
For your problem,
I = $200 x (1 + 0.04)^6 - $200 = $200 x 1.2653 - $200 = $253.06 - $200 = $53.06
Assuming the interest is NOT compound - 3 years !
40 x 5 x 5 = 1000
9.85 years, approx.
Use the equation I= Prt P= Principal amount(starting)r= Rate as a decimalt=timeI = (55)(0.04)(5)= 11Therefore, he will earn $11 in interest after 5 years.
Total after 2 years = 1000*(1.08)2 = 1000*1.1664 =1166.40 So interest = Total - Inirial capital = 1166.40 -1000 = 166.40
Total (compound interest) = principal x (rate+ 1)^time, so plug in. 2500 x (1.035)^48 = 13033.9725. You can round this to 13,033.97
12100
13310
3 percent interest on 150000 is 4500.
Interest is 99.9
It depend on the interest of the loan some have a 0 percent interest all the way up to a 0.3 percent interest!
The answer is 1200.00 dollars in interest on that loan of 20000.00 for 50 days at 6 percent interest.