Question

9-{8-6(6-5-3)}+8 Solve this Simplify Step by Step​

Answer 1

Answer:

-3

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Answer 2

Concept:

BODMAS Rule: "Brackets, Orders, Division, Multiplication, Addition, Subtraction" is abbreviated as BODMAS. The BODMAS rule states that if an expression involves brackets ((), {}, []), we must first solve or simplify the bracket before moving on to the left-to-right operations of the division, multiplication, addition, and subtraction.

A number, a variable, or a mix of numbers, variables, and operation symbols make up an expression.

Given:

The expression $9-[8-6(6-5-3)]+8$.

Find:

The value of the expression.

Solution:

Consider the expression $9-[8-6(6-5-3)]+8$ .

According to the BODMAS rule,

The inner brackets are to be solved first.

So,

$9-[8-6(6-5-3)]+8=9-[8-6(-2)]+8$

$9-[8-6(6-5-3)]+8=9-[8+12]+8$

Next, the square brackets will be solved:

$9-[8-6(6-5-3)]+8=9-20+8$

Now first we will add and then subtract the expression:

$9-[8-6(6-5-3)]+8=17-20\\9-[8-6(6-5-3)]+8=-3$

The value of the expression $9-[8-6(6-5-3)]+8$ is $-3$.

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