Question

Simplify {(3 * 2.333 + 2)/3} / (1/10 of 100 + 4.8181).

Answer 1

Hope this helps you....

Answer 2

Answer:

Thus, the simplest value of $\frac{\frac{(3 \times 2.333 + 2}{3}}{(\frac{1}{10}\ of \ 100 + 4.8181)}$ is  $0.2022301554$.

Step-by-step explanation:

To simplify

$\frac{\frac{(3 \times 2.333 + 2}{3}}{(\frac{1}{10}\ of \ 100 + 4.8181)}$

Using BODMAS

B stands for brackets

O stands for order

D stands for division

M stands for multiplication

A stands for addition

S stands to subtraction

In given expression 'of' means Multiplication

$\frac{\frac{(3 \times 2.333 + 2}{3}}{(\frac{1}{10}\times 100 + 4.8181)}$

First we Solve for brackets,

$\frac{\frac{(6.999 + 2)}{3}}{(\frac{1}{10}\times 100 + 4.8181)}$

Solving further,

$\frac{\frac{(8.999 )}{3}}{( 10 + 4.8181)}$

$\frac{2.99666666677}{( 14.8181)}$

$0.2022301554$

Thus, the simplest value of $\frac{\frac{(3 \times 2.333 + 2}{3}}{(\frac{1}{10}\ of \ 100 + 4.8181)}$ is  $0.2022301554$.