# Simplification in Decimals

In simplification of decimals we will have to carry out four different operations together. However while carrying out these all four operations we think about which operation to carry out first. In such circumstances we have to follow BODMAS rule. This rules states:

B stands for Brackets

O stands for Of

D stands for Division

M stands for Multiplication

S stands for Subtraction

So we will solve simplification in decimals following this order as shown by BODMAS rule. First we need to solve the Brackets then Of that is actually Division then multiplication, Addition and lastly Subtraction.

Here are few examples to illustrate the same:

1. 5.5 ÷ 1.1 × 0 + 3.5

Solution:

5.5 ÷ 1.1 × 0 + 3.5

= 5 × 0 + 3.5

= 0 + 3.5

= 3.5

Explanation:

Here according to the BODMAS rule first division is carried out. So 5.5 divided by 1.1 is 5. Then 5 is multiplied with 0 to get 0 and then 3.5 is added to get 3.5.

2. 6.5 × (1.2 + 2.3) ÷ 0.7

Solution:

6.5 × (1.2 + 2.3) ÷ 0.7

= 6.5 × 3.5 ÷ 0.7

= 6.5 × 5

= 32.5

Explanation:

This sum will also be solved using BODMAS rule hence the numbers in the brackets should be added first. So, 1.2 and 2.3 will be added to get 3.5 then 3.5 will be divided by 0.7 to get 5. Then 6.5 is multiplied by 5 to get 32.5. So the sequence of operation in this simplification is first the brackets then division and lastly multiplication.

3. (8.5 ÷ 1.7) ÷ 2.5 × 9.32

Solution:

(8.5 ÷ 1.7) ÷ 2.5 × 9.32

= 5 ÷ 2.5 × 9.32

= 2 × 9.32

= 18.64

Explanation:

In this simplification as well the bracket will be solved first hence 8.5 is divided by 1.7 to get 5 and then 5 divided by 2.5 to get 2 and the 2 is multiplied by 9.32 to get 18.64 following the BODMAS rule

4. 3.2 × 2.2 + 4 - 4.67

Solution:

3.2 × 2.2 + 4 - 4.67

= 7.04 + 4 - 4.67

= 11.04 - 4.67

= 6.37

Explanation:

In this simplification there are three operations to be performed that is multiplication, addition, subtraction. According to BODMAS rule we will have to first multiply then add and then finally subtract. So, 3.2 multiplied by 2.2 is 7.04 then in next step it is added to 4 to get 11.04 and finally 4.67 is subtracted from 11.04 to get 6.37.

5. 6.3 ÷ 2.1 + 5.5 × 3

Solution:

6.3 ÷ 2.1 + 5.5 × 3

= 3 + 5.5 × 3

= 3 + 16.5

= 16.5

Explanation:

Here we will first carry out division that is 6.3 divided by 2.1 is 3 then in the next step we will carry out multiplication that is 5.5 multiplied by 3 is 16.5. At last both the results from division and multiplication is added. In accordance to the BODMAS rule we have first done division, then multiplication and finally addition.

## You might like these

• ### Highest Common Factor of Three Numbers by using Division Method

This topic would discuss about finding highest common factor using the division method. We have already learnt finding the highest common factor by prime factorization method but it is not suitable when we are dealing with large numbers. Division method is quite convenient

• ### Find Highest Common Factor of Two Numbers by using Division Method

We have already learnt the method of finding highest common factor using division method. Here are few more examples given to clear your understanding, concepts and improve your knowledge on how to find H.C.F. this topic would provide a wide range of examples will help the