Question

31/3+11/2-80/9 ?➗36/9

Answer 1

• As per the data given in the question, we have to determine the value of the given expression.

       Given data:-$\frac{31}{3}+\frac{11}{2}-\frac{80}{9}\div\frac{36}{9}.$  

       To find:- the value of the given expression.

       Solution:-  

       Here, we will use BODMAS RULE.  

       BODMAS RULE:- It is a correct order to solve the mathematical expression.

       Where, B stands for bracket

       O stands for of

       D stands for divide

       M stands for multiplication

       A stands for addition

       S stands for subtraction.

      $=\frac{31}{3}+\frac{11}{2}-\frac{80}{9}\div\frac{36}{9}\\=\frac{62+33}{6}-\frac{80}{36}\\=\frac{490}{36}.$

     Hence, the value will be $\frac{490}{36}.$

       

   

Answer 2

From the given question the correct answer is:

the answer is 245/18

Given:

$\frac{31}{3} +\frac{11}{2} -\frac{80}{9} \div \frac{36}{9}$

to find:

the addition and  division of given fraction

solution:

Here, we will use BODMAS RULE.  

   BODMAS RULE:- It is a correct order to solve the mathematical expression.

Where, B stands for bracket

O stands for of

D stands for divide

M stands for multiplication

A stands for addition

S stands for subtraction.

so, $\frac{31}{3} +\frac{11}{2} -\frac{80}{9} \div \frac{36}{9}$

$\frac{62+33}{6} -\frac{80}{36}$

$\frac{490}{36}$

=245/18

hence the answer is 245/18