A sum at simple interests at $13\dfrac{1}{2}\%$ per annum amounts to Rs.2502.50 after 4 years find the sum.
Rs 1526
Rs 1256
Rs 1625
Rs 1356
Find the simple interest on Rs. 3000 at $6 \dfrac{1}{4}\%$ per annum for the period from 4th Feb., 2005 to 18th April, 2005.
Rs 30.75
Rs 35.07
Rs 35.70
Rs 37.50
A sum was put at simple interest at a certain rate for 3 years. Had it been put at $2\%$ higher rate, it would have fetched Rs. 360 more. Find the sum.
Rs 5000
Rs 6000
Rs 5600
Rs 6500
Find the simple interest on Rs. 68,000 at $16 \dfrac{2}{3}\%$ per annum for 9 months.
Rs. 8400
Rs. 8300
Rs. 8500
Rs. 5800
Adam borrowed some money at the rate of $6\%$ p.a. for the first two years, at the rate of $9\%$ p.a. for the next three years , and at the rate of $14\%$ p.a. for the period beyond five years. If he pays a total interest of Rs. 11, 400 at the end of nine years how much money did he borrow ?
Rs 12000
Rs 10200
Rs 10020
Rs 10000
A sum of Rs. 1550 is lent out into two parts, one at $8\%$ and another one at $6\%$. If the total annual income is Rs. 106, find the money lent at each rate.
Rs 1100
Rs 800
Rs 1000
Rs 900
At what rate percent per annum will a sum of money double in 16 years.
$1 \dfrac{6}{4} \%$ p.a.
$4 \dfrac{6}{4} \%$ p.a.
$4 \dfrac{1}{4} \%$ p.a.
$6 \dfrac{1}{4} \%$ p.a.
What annual instalment will discharge a debt of Rs. 1092 due in 3 years at $12\% $ simple interest?
Rs 325
Rs 532
Rs 235
Rs 523
The simple interest on a certain sum of money for $2 \dfrac{1}{2}$ years at $12\%$ per annum is Rs. 40 less than the simple interest on the same sum for $3 \dfrac{1}{2}$ years at $10\%$ per annum. Find the sum.
Rs 900
Rs 600
Rs 700
Rs 800
A certain sum of money amounts to Rs. 1008 in 2 years and to Rs.1164 in $3 \dfrac{1}{2}$ years. Find the sum and rate of interests.
12%
10%
13%
11%
A sum of Rs. 800 amounts to Rs. 920 in 8 years at simple interest rate is increased by $8\%$, it would amount to bow much ?
Rs 992
Rs 900
Rs 993
Rs 929
The simple interest on a sum of money is $\dfrac{4}{9}$ of the principal. Find the rate percent and time, if both are numerically equal.
0 Comments