Harold Kessler

2021-12-19

What does the term Algebraic order of operations refers to? Justify with example

Debbie Moore

Beginner2021-12-20Added 43 answers

Step 1

Algebraic order of operations refers to the order of operations in which the given equation is to be solved.

The order of operations are

1. Parenthesis

2. Exponentials

3. Multiplication and division

4. Addition and subtraction

Step 2

For example,${(2+3)}^{2}\times 3+4$

$={\left(5\right)}^{2}\times 3+4$ (parenthesis)

$=25\times 3+4$ (exponents)

$=75+4$ (multiplication)

$=79$ (addition)

Algebraic order of operations refers to the order of operations in which the given equation is to be solved.

The order of operations are

1. Parenthesis

2. Exponentials

3. Multiplication and division

4. Addition and subtraction

Step 2

For example,

Mary Goodson

Beginner2021-12-21Added 37 answers

Algebraic order of operations refers to the order of operations in which the given equation is to be solved.

- Parenthesis

- Exponentials

- Multiplication and division

- Addition and subtraction

${(2+3)}^{2}\times 3+4$

$={\left(5\right)}^{2}\times 3+4$ - paranthesis

$=25\times 3+4$ - exponents

$=75+4$ - multiplication

$=79$ - addition

- Parenthesis

- Exponentials

- Multiplication and division

- Addition and subtraction

RizerMix

Skilled2021-12-28Added 437 answers

Algebraic order of operations refers to the order of operations in which the given equation is to be solved.
The order of operations are parenthesis, exponentials, multiplication and division, addition and subtraction.