R. Gupta Solutions for Chapter: Simple Interest, Exercise 1: EXERCISE
R. Gupta Quantitative Aptitude Solutions for Exercise - R. Gupta Solutions for Chapter: Simple Interest, Exercise 1: EXERCISE
Attempt the practice questions on Chapter 11: Simple Interest, Exercise 1: EXERCISE with hints and solutions to strengthen your understanding. IBPS - RRBs Office Assistants (Multipurpose) Preliminary Examination - Quantitative Aptitude solutions are prepared by Experienced Embibe Experts.
Questions from R. Gupta Solutions for Chapter: Simple Interest, Exercise 1: EXERCISE with Hints & Solutions
The simple interest on Rs. is Rs. . If the rate percent of the interest per annum is of the number of years, What is the rate percent per annum?

A and B borrowed on equal sum of money from a money lender at the rate of and p.a. respectively. If to clear the debt after years, A paid Rs. more than B, the total sum of money taken by them was:

If a certain sum of money lent out at simple interest amounts to Rs. in years and thereafter to Rs. in another years, the sum lent is:

Girish lent some money to Rajesh at p.a. simple interest. Rajesh lent the entire amount to Omdutt on the same day at per annum. In this transaction after a year Rajesh earned a profit of Rs. . Find the sum of money lent by Girish to Rajesh.

If simple interest on a certain sum of money for years at p.a. is same as the simple interest on Rs. for years at the rate of p.a., the sum of money is:

A sum of Rs. is divided among three parts in such a manner that simple interest on the three divided parts at per annum after and years respectively remains equal. Such three parts will be:

Amount received by a moneylender on lending out a certain sum of money at per annum simple interest for years is same as the amount received by him on lending out the sum of Rs. at p.a.for years. The sum will be:

If the sum of is divided among A, B and C in such a manner that amount received from these parts at p.a. simple interest after and years respectively remains equal, then A's part will exceed B's part by:
