WebNow using the formula for the simple interest, we have: S.I. = [ {P×R×T}/100]; therefore we may write: S.I. = Rs. [68000× (50/3)× (3/4)× (1/100)] = Rs. 8500. In some cases the days of the start and the days when we calculate the interest are present. We don’t count the day on which we deposit the money. WebCorrect Answer: B) Rs. 153.75. Description for Correct answer: Interest on Rs.1500 in first year. = = Rs.75.00. Interest on Rs.1575 in second year. = 1575 × 5 100 = Rs.78.75. …

[Solved] Reeta deposited Rs. 5000 in a bank for 3 years at

WebPrincipal =Rs. 1500, rate=12% p.a and time=3 years Easy Solution Verified by Toppr P = Rs 1500, R = 12% p.a., T = 3 years ∴SI= 100PRT= 1001500×12×3=Rs540 ∴ Amount = P + SI = Rs 2040 Was this answer helpful? 0 0 Similar questions Find the simple interest on Rs 5000 at 9 % per annum for 46 days. Also, find the amount. Easy View solution > WebThe compound interest on Rs. 30000 at 5% per annum is Rs. 3500. What is the period (in years) =? Principal P = Rs 30,000 Rate of interest R = 5% per annum compounded annually Period = T years Interest = Rs 3500 Therefore Amount = Principal + Interest = Rs 33,500 We know 30,000 [ 1 + (5/100)]^T = 33,500 djemkay

find the amount to be paid at the end of 4 years at each case (a ...

WebAnswer (1 of 2): Okey Lets start Different =3×p (r)^2/100^2 + p (r/100)^3 …..for 3 year Different =P(r)^2/100^2……for 2 year 1525=3×P (5)^2/100^2 + P (5/100)^3 ... WebMar 30, 2024 · Ex 8.3, 9 Find the amount to be paid at the end of 3 years in each case: (a) Principal = Rs 1,200 at 12% p.a P = Rs 1200 R = 12% p.a T = 3 years S.I = 𝑃𝑅𝑇/100 = … WebApr 4, 2024 · N (number of period) = 4 years. So, finding simple interest by putting all the value, we get. = 3000 × 8 × 4 100. = 30 × 8 × 4. = 960 Rs. Hence, the simple interest on: Rs 3000 for 4 years at 8% per annum is Rs.960/-. Note: Be clear with the concept of simple interest. Simple interest is a quick and easy method of calculating the interest ... djemme