Rule of BODMAS

Write the rule of BODMAS

What is the use of bar bracket in bodmas.

Simplify the following:

$\left[74-\left\{5+\left(9-8\right)\right\}\right]$

Simplify $312\times 15+419$ .

A student made some mistake in simplifying the following sum:

$1827-312\times 12÷4$

If his answer was $4545$, find his mistake and the correct answer.

Simplify the following equations by using BODMAS Rule:

$\left[525+\left\{85÷\left(15-3\right)\right\}-200\right]$

$212+728\times 32÷16-119$

$12629+432÷3\times 2$

$529\times 71-630÷42$

$125\times 42÷7+609$

$4200÷35+7123-4120$

$710\times 12+8013-2526$

$570-320÷10$

$(8\times 1000)+(5\times 100)+(7\times 10)+(6\times 1)=$_____

Simplify the following equations by using BODMAS Rule:

$\left(57+3\right)(40\times 30÷10-4)$

Simplify the following equations by using BODMAS Rule:

$3.18\times 10+16-4\times 30$

Simplify the following equations by using BODMAS Rule:

$\left(420-100\right)(200+3-109\times 4)$

Simplify the following equations by using BODMAS Rule:

$\frac{9}{4}\times \frac{1}{4}\left\{4-\frac{1}{3}÷\left(\frac{12}{15}-\frac{5}{10}\right)\times \frac{2}{20}\right\}$

Simplify the following equations by using BODMAS Rule:

$\left(40+5\right)\left\{50\times 5\left(\frac{1}{3}+\frac{2}{3}\right)÷\frac{4}{3}\right\}$

Simplify the following equation by using BODMAS Rule:

$\left(\frac{3}{8}+\frac{4}{8}\right)\left\{\frac{7}{8}\left(\frac{4}{3}-\frac{1}{2}\right)\times \frac{6}{24}\right\}$