Question

Question: 98 x 65 – 24 x 6 ÷ 3 =

Answer 1

The answer for given equation is $\bold{98 \times 65-24 \times \frac{6}{3}=6322}$

Solution:

BODMAS rule helps to resolve the mathematical equations in orderly form. The BODMAS can be expanded as: Brackets (parts of a calculation within brackets forever come back first). Orders (numbers involving powers or square roots), third is of division, fourth is of multiplication, fifth is of addition and last is of subtraction.

Given: $98 \times 65-24 \times \frac{6}{3}=?$

Step 1: According to BODMAS rule, division should be take first, $\frac{6}{3}=2$  

Step 2: Then first part of multiplication. i.e., $98 \times 65=6370$  

Step 3:  Then second part of multiplication. $24 \times 2=48$

Step 4: Last is the subtraction part. 6370 – 48 = 6322.

Answer 2

Answer:

98×65-24×6÷3 = 6322

Step-by-step explanation:

For simplifying an expression containing various types of fractions , the order of various operations involved should be strictly maintained .

According to the BODMAS

B stands for bracket

O stands for of

D stands Division

M stands for multiplication

A stands for addition

S stands for subtraction

Now , Here

98×65-24×6÷3

$=98 \times 65-24\times \frac{6}{3}$

$=98 \times 65-24\times 2$

$=6370-48\\=6322$

Therefore,

98×65-24×6÷3 = 6322

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