Question

3/5×[35/24-40] solve​

Answer 1

Step-by-step explanation:

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Answer 2

After $\frac{3}{5} [\frac{35}{24} -40]$solving $\frac{-185}{8}$ is obtained.

Given:

An expression $\frac{3}{5} [\frac{35}{24} -40]$.

To Find:

The solution of the expression.

Solution:

To solve such expressions, the BODMAS rule is followed in which B stands for Bracket, O stands for 'of', D stands for division, M stands for multiplication, A stands for addition, and S stands for subtraction.

In the given expression, the terms inside the brackets are solved first and then the term outside the bracket will be multiplied to the resultant.

Subtract the terms inside the bracket.

$\frac{3}{5} [\frac{35}{24} -40]=\frac{3}{5} [\frac{35-960}{24}]\\=\frac{3}{5} [\frac{-925}{24}]$

Now multiply $\frac{3}{5}$ by $\frac{-925}{24}$.

$\frac{3}{5} [\frac{-925}{24}]=\frac{-185}{8}$

Thus, after $\frac{3}{5} [\frac{35}{24} -40]$solving $\frac{-185}{8}$ is obtained.