Question

(-5) - (-48) + (-16) + (-2) × 6 simplify

Answer 1

Answer:

=> 15

Step-by-step explanation:

Given that:-

$(-5) - (-48) + (-16) + (-2) \times 6$

To find:- The value of the expression

For that, recall the BODMAS rule which means:

B - Brackets

O - of

D - Division

M - Multiplication

A - Addition

S - Subtraction

And remember the basic integer principles, which are as follows:

$(+) (+) = (+)$

$(-) (-) = (+)$

$(+) (-) = (-)$

$(-) (+) = (-)$

As we have,

=> $(-5) - (-48) + (-16) + (-2) \times 6$

=> $(-5)+48-16-12$

=> 43 - 16 - 12

=> 15

Hence, the required solution is 15.

Answer 2

As per the given data in the question

In above question it is given that

We have find the value of given expression

Given $(-5)-(-48)+(-16)+(-2)*6$

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.

We get,          $(-5)-(-48)+(-16)+(-2)*6$

$\Rightarrow (-5)+48-16-12\\\Rightarrow -5+48-16-12\\\Rightarrow 43-16-12\\\Rightarrow 15$

Hence we required value will be $15$.