Table of Contents

## What are 2 step equations?

A two-step equation is an algebraic equation that takes you two steps to solve. You’ve solved the equation when you get the variable by itself, with no numbers in front of it, on one side of the equal sign.

### What are the steps for solving equations?

A General Rule for Solving Equations

- Simplify each side of the equation by removing parentheses and combining like terms.
- Use addition or subtraction to isolate the variable term on one side of the equation.
- Use multiplication or division to solve for the variable.

#### What is the rule for parentheses in math?

When a number appears next to another number with parentheses, you need to multiply the two numbers. For example, when you see 2(3), you multiply 2 and 3.

**How do you solve 2 step equations?**

Solving Two-Step Equations

- 1) First, add or subtract both sides of the linear equation by the same number.
- 2) Secondly, multiply or divide both sides of the linear equation by the same number.
- 3)* Instead of step #2, always multiply both sides of the equation by the reciprocal of the coefficient of the variable.

**What are the 4 steps to solving an equation?**

We have 4 ways of solving one-step equations: Adding, Substracting, multiplication and division. If we add the same number to both sides of an equation, both sides will remain equal.

## What are two basic rules for solving algebraic equations?

In algebra 1 we are taught that the two rules for solving equations are the addition rule and the multiplication/division rule. The addition rule for equations tells us that the same quantity can be added to both sides of an equation without changing the solution set of the equation.

### How do you solve an equation with parentheses?

At this point, what’s left is an expression with an exponent. This expression takes three steps, starting with the exponent: So 1 + (3 – 6 2 ÷ 9) · 2 2 = –3. Sometimes, the entire contents of a set of parentheses are raised to an exponent. In this case, evaluate the contents of the parentheses before evaluating the exponent, as usual.

#### Which is an example of an expression with parentheses?

Expressions with exponents and parentheses. As another example, try this out: 1 + (3 – 6 2 ÷ 9) · 2 2. Start out by working only with what’s inside the parentheses. The first thing to evaluate there is the exponent, 6 2: = 1 + (3 – 36 ÷ 9) · 2 2. Continue working inside the parentheses by evaluating the division 36 ÷ 9:

**What do parentheses mean in the problem 3?**

Parentheses Can Also Mean Multiplication . In the problem: 3(2 + 5), the parentheses tell you to multiply. However, you wouldn’t multiply until you complete the operation inside the parentheses—2 + 5—so you would solve the problem as follows:

**When do you evaluate the parentheses before evaluating the exponent?**

So 1 + (3 – 6 2 ÷ 9) · 2 2 = –3. Sometimes, the entire contents of a set of parentheses are raised to an exponent. In this case, evaluate the contents of the parentheses before evaluating the exponent, as usual. Here’s an example: Once in a rare while, the exponent itself contains parentheses. As always, evaluate what’s in the parentheses first.