M L Aggarwal Solutions for Exercise 2: EXERCISE 2.2

Author:M L Aggarwal

M L Aggarwal Mathematics Solutions for Exercise - M L Aggarwal Solutions for Exercise 2: EXERCISE 2.2

Attempt the practice questions from Exercise 2: EXERCISE 2.2 with hints and solutions to strengthen your understanding. Understanding ICSE Mathematics Class 9 solutions are prepared by Experienced Embibe Experts.

Questions from M L Aggarwal Solutions for Exercise 2: EXERCISE 2.2 with Hints & Solutions

MEDIUM
9th ICSE
IMPORTANT

At what rate percent per annum compound interest would 80000 amount to 88200 in two years, interest being compounded yearly? Also find the amount after 3 years at the same rate of compound interest.

MEDIUM
9th ICSE
IMPORTANT

A certain sum amounts to 5292 in 2 years and to 5556.60 in 3 years at compound interest. Find the rate and the sum. 

EASY
9th ICSE
IMPORTANT

A sum of money is invested at compound interest payable annually. The interest in two successive years is Rs. 225 and Rs.240 respectively. Find the rate of interest per annum.

EASY
9th ICSE
IMPORTANT

On what sum of money will the difference between the compound interest and simple interest for 2 years be equal to  25 if the  rate of interest charged for both is 5% p.a.? 
 

MEDIUM
9th ICSE
IMPORTANT

The difference between compound interest for a year payable half-yearly and simple interest on a certain sum of money lent out at 10% for a year is 15. Find the sum of money lent out.

MEDIUM
9th ICSE
IMPORTANT

Find the difference between compound interest on Rs 8000 for 1.5 years at 10% p.a. when compounded annually and semi-annually.

MEDIUM
9th ICSE
IMPORTANT

A sum of money is lent out at compound interest for two years at 20% p.a., CI. being reckoned yearly. If the same sum of money is lent out at compound interest at the same rate percent per annum, C.I. being reckoned half-yearly. it would have fetched Rs 482 more by way of interest. Calculate the sum of money lent out.

MEDIUM
9th ICSE
IMPORTANT

A sum of money amounts to Rs 13230 in one year and to Rs 13891.50 in 1.5 years at compound interest, compounded semi-annually. Find the sum and the rate of interest per annum.