RS Aggarwal Solutions Class 7 Maths Chapter 3 Ex 3.1 (Updated For 2024)

RS Aggarwal Solutions Class 7 Maths Chapter 3 Ex 3.1: Solve all your Class 7 Maths questions with the help of RS Aggarwal Solutions Class 7 Maths. You can clear all your doubts in RS Aggarwal Solutions Class 7 Maths Chapter 3 Ex 3.1 and the solutions are designed by the subject matter experts. Ace your Class 7 Maths exams with the ultimate help guide.

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RS Aggarwal Solutions Class 7 Maths Chapter 3 Ex 3.1

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Question 1.
Solution:

Question 2.
Solution:

Question 3.
Solution:

Question 4.
Solution:
(i) 6.5, 16.03, 0.274, 119.4
In these decimals, the greatest places of decimal is 3
6.5 = 6.500
16.03 = 16.030
0. 274 = 0.274
119.4 = 119.400 are like decimals.
(ii) 3.5, 0.67, 15.6, 4
In this decimal, the greatest place of decimal is 2
3.5 = 3.50
0.67 = 0.67
15.6 = 15.60
4 = 4.00 are the like decimals

Question 5.
Solution:
(i) Among 78.23 and 69.85,
78.23 is greater than 69.85 (78 > 69)
78.23 > 69.85
(ii) Among 3.406 and 3.46,
3.406 is less than 3.46 (40 < 46)
3.406 < 3.46
(iii) Among 5.68 and 5.86,
5.68 is less than 5.86 (68 < 86)
5.68 < 5.86
(iv) Among 14.05 and 14.005
14.5 is greater than 14.005 (05 > 00)
14.5 >14.005
(v) Among 1.85 and 1.805,
1.85 is greater than 1.805 (85 > 80)
1.85 > 1.805
(vi) Among 0.98 and 1.07,
0.98 is less than 1.07 (0 < 1)
0.98 < 1.07

Question 6.
Solution:
(i) 4.6, 7.4, 4.58, 7.32, 4.06
Converting the given decimals into like decimals, we get:
4.60, 7.40, 4.58, 7.32, 4.06.
We see that 4.06 < 4.58 < 4.60 < 7.32 < 7.40.
Writing in ascending order, 4.06, 4.58, 4.6, 7.32, 7.4
(ii) 0.5, 5.5, 5.05, 0.05, 5.55
Converting the given decimals into like decimals, we get:
0. 50, 5.50, 5.05, 0.05, 5.55
We see that 0.05 < 0.50 < 5.05 < 5.50 < 5.55.
Writing in ascending order, 0.05, 0.50, 5.05, 5.5, 5.55
(iii) 6.84, 6.84, 6.8, 6.4, 6.08
Converting the given decimals into like decimals
6.84, 6.48, 6.80, 6.40, 6.08
We see that 6.08 < 6.40 < 6.48 < 6.80 < 6.84
Writing in ascending order,
6.08, 6.4, 6.48, 6.8, 6.84
(iv) 2.2, 2.202, 2.02, 22.2, 2.002
Converting them into like decimals
2.200, 2.202, 2.020, 22.200, 2.002 we see that
2.002 < 2.020 < 2.200 < 2.202 < 22.200
Now writing in ascending order,
2.002, 2.020, 2.2, 2.202, 22.2

Question 7.
Solution:
(i) 7.4, 8.34, 74.4, 7.44, 0.74
Converting them into like decimals,
7.40, 8.34, 74.40, 7.44, 0.74
we see that
74.40 > 8.34 > 7.44 > 7.40 > 0.74
Writing in descending order,
74.4, 8.34, 7.44, 7.4, 0.74
(ii) 2.6, 2.26, 2.06, 2.007, 2.3
Converting them into like decimals,
2.600, 2.260, 2.060, 2.007, 2.300
We see that
2.600 > 2.300 > 2.260 > 2.060 > 2.007
Writing in descending order,
2.6, 2.3, 2.26, 2.06, 2.007

Question 8.
Solution:

Question 9.
Solution:

Question 10.
Solution:

RS Aggarwal Solutions Class 7 Maths Chapter 3 Ex 3.1 – Overview

In the second exercise of RS Aggarwal Solutions Class 7 Maths Chapter 3, there are a total of five questions out of which the first three questions require you to find out which number is greater and which one is smaller by comparing the different decimal numbers. The remaining two are about converting decimals into fractions.

You will know the techniques used for comparing two decimal numbers along with the concept of arranging these numbers into ascending or descending order. 

Comparison Of Two Decimals

To make the comparison between two decimals, you must follow the below-mentioned guidelines.

1. Whichever decimal fraction has the larger integral part is going to be the greatest of all.
2. In a particular case, if the two decimal fractions have a similar integral part, then we will analyze this situation starting from the tenth place,  where whichever decimal fraction has the greater digit in the same place will be considered as greatest among all.

• Steps To Compare Two Decimals

1. Get the decimal numbers and compare the whole parts of the decimal numbers. The whole number part having the greater number will be considered as the greater number.
2. If you encounter a case where the whole number of parts are of the same value, then make the comparison of the last left digits of the decimal parts of 2 numbers to the larger left digit at the end will be larger. 

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