Because you haven't inquired if it is simple or compund interest, I'll just put up both and you choose the right one. Also, you might use an alternate formula to me (I'm Australian, and besides there are heaps of variations):
Simple interest
I= PRT/100
=(100 000x5x10)/100
=5 000 000/100
=$5 000
Total=100 000+5 000
=$105 000
Compound interest
A=P(1+r)^n
=100 000(1+(5/100x1))^10
=100 000x1.6289
=$162889.46
Simple interest compounded annually and reinvested will yield 619173.64 before taxes.
what is the percentage of 3.5 of 100.000
What is the future value of $1,200 a year for 40 years at 8 percent interest? Assume annual compounding.
At 2% compound interest, it will be 134,586.83 dollars - at today's prices. What inflation will do its real value is anyone's guess.
102102.52
Assuming interest is paid annually, 100000*(1.05)10 = 162889.46
Simple interest compounded annually and reinvested will yield 619173.64 before taxes.
what is the percentage of 3.5 of 100.000
What is the future value of $1,200 a year for 40 years at 8 percent interest? Assume annual compounding.
Future value= 25000*(1.08)10 =53973.12
At 2% compound interest, it will be 134,586.83 dollars - at today's prices. What inflation will do its real value is anyone's guess.
102102.52
Assuming the interest is compounded annually, the future value is 100*(1.04)10 = 100*1.4802 (approx) = 148.02
200000000 dollars
$14,693.28
The face value is 40000*(1.05)10 = 65156 approx.
The face value is 40000*(1.05)10 = 65156 approx.