If the rate is simply 10 percent, then you will have to pay 10% of 2000, which is 200.
If the rate is 10% per year and you have to pay that interest at the end of each year, you will pay 200 at the end of the first year, another 200 at the end of the second year, and 100 when you repay the loan six months later. A total of 500.
But if the interest at the end of each year is not paid at that time it gets added to the loan and you now have to pay interest on the interest as well as on the original loan. So at the end of the first year you will owe 2200, at the end of the second year you will owe 2420, and six months later you will owe 2541, of which 541 would be interest.
Calculations:
End of first year = 2000 + 10% (200) = 2200
End of second year = 2200 + 10% (220) = 2420
The interest for the third year would be 2420 x 10% = 242
but as it is only for half a year it will be half of 242 = 121.
Summary of interest calculations: 200 + 220 + 121= 541
8
320
7954/- At the end of 5 years - 2928/- At the end of 10 years - 4715/-
5.841
2000
if its simple interest: I = prt = 240 the total money to be returned is 2240
8
It earns 431.0125 . After 4 years, it has grown to 2,431.01 .
It is 240 currency units.
320
If it is not compounded the interest would be 2000x10x.05=1000 If it is compounded then it is different.
APR stands for annual percentage rate. That being the case, it does not matter whether the interest is compounded every day or every millisecond. The effect, at the end of a year is interest equal to 2.25 percent. So, 2000 at 2.25 percent compounded, for 4 years = 2000*(1.0225)4 = 2000*1.093083 = 2186.17
2000
8 percent of 2000 is 160 x 3 = 480 9.5 percent of 2000 is 190 x 2 = 380 100 hundred dollars cheaper.
Compounded annually: 2552.56 Compounded monthly: 2566.72
1 percent of 2,000 is 20 .
Assuming simple interest, just multiply 2000 dollars x (6/100) x 5. For compound interest, the formula is a bit more complicated. You would get some more interest in the case of compound interest.