The simple interest at `x %` for `x` years will be Rs `x` on a sum of : Rs `x` (b) Rs `((100)/x)` (c) Rs `100 x` (d) Rs `((100)/(x^2))`

The simple interest at R% per annum for n years will be Rs R on a sum of (a) Rs n (b) Rs 100 n (c) R s(100)/n (d) R s(100)/(n^2)

The simple interest at R% per annum for n years will be Rsn on a sum of Rsn(b) Rs 100 n Rs(100)/(n) (d) Rs(100)/(n^(2))

The simple interest on Rs 100 for 4 years at 5 % per annum is

The difference between compound interest and simple interest on a sum for 2 years at 8 per cent is Rs 768. The sum is (a) Rs 100000 (b) Rs 110000 (c) Rs 120000 (d) Rs 170000

The simple interest for Rs 1500 at 8% per annum for 3 years is (a) Rs 400 (b) Rs 360 (c) Rs 450 (d) Rs 500

The simple interest for Rs 1500 at 8% per annum for 3 years is (a) Rs 400 (b) Rs 360 (c) Rs 450 (d) Rs 500

The difference between simple interest and compound interest on Rs P at R% p.a.in 2 years is Rs (PR)/(100) (b) Rs (2PR)/(100) (c) (PR^(2))/(100) (d) (PR^(2))/((100)^(2))

The difference between compound interest and simple interest on a sum for 2 yr at 8% per annum is Rs. 768. The sum is (A) Rs. 100000 (B) Rs. 110000 (C ) Rs. 120000 (D) Rs. 170000

If the simple interest on a certain sum for 2 years at the rate of 5% per annum is Rs 4000, then the sum is Rs46,000 (b) Rs 44,000 Rs 40,000 (d) Rs 48,000