simple interest is I = prt so rate becomes r = I / (pt)
r = 76 / (800 x 2) = 76/1600 =0.0475
if you need a percent answer multiply by 100
r = 4.75 percent
$2400
Use the formula I = P x R x TWhere I=interestP=principal investmentR=interest rateT=time in yearsIn this case, we want to know R, so re-arrange the formula to get:R = I / (P x T)=456/ (1600x6)=456/9600=0.0475=4.75%
3% for 4 years is equivalent to 12% of the principal, in this case 12 x 9.5 which is 114.
6.5%Formula for finding Simple InterestSI [Interest] = (P×R×T)/100P [sum] = (SI×100)/(R×T)R [Rate/year] = (SI×100)/(P×T)T [Time] = (SI×100)/(P×R)whereS.I. = Simple Interest,P = Principal or Sum of amount,R = % Rate per annum,T = Time Span
Total value = 20000*(1.06)2 = 22472 So interest = 2472
Assuming that 1.5 refers to 1.5% and that the interest is compounded annually, the principal is 893.30
Interest for 1st year = $6 Principal after 1 year = $206 Interest for 2nd year = $6.18 Principal after 2 year = $212.18 Total Interest earned after 2 years = $12.18
The amount, P, is the principal. If the rate is r% compounded annually for y years, then the total interest earned is P*[(1 + r/100)^y - 1]
102102.52
P*(1+R/100)powerT where P= money borrowed or principal and R= rate in percent and T= time * * * * * Actually, this formula gives the value of the principal PLUS interest. You need to subtract P from the answer to get the compounded interest.
It is 5%.
3000
I = prt where I = interest, p = principal, r = rate. and t = time in years.
The analytical answer is 1130.34 but banks are not likely to round up when it comes to paying you money so I would say 1130.33
Principal = 30/[1.042 - 1] = 367.65
$494.34 Interest= principal amount * time* simple interest %
Deposited amount (P) = 10000 Rate of Interest (R) = ? No. of Years (N) = 12 Interest Earned Formula = P * N * R / 100 Modifying the formula we get: R = Interest Earned * 100 / P * N = (6600 * 100) / (10000 * 12) = 660000/120000 = 5.5% They earned an interest of 5.5% per year for 12 years.