How Do You Put an Equation in Point-Slope Form Into Standard or Slope-Intercept Form?

How Do You Put an Equation in Point-Slope Form Into Standard or Slope-Intercept Form?

Note:

Looking for some practice converting the equation of a line into different forms? Then this tutorial was made for you! Follow along as this tutorial shows you how to take a linear equation from point-slope form and convert it into standard form and slope-intercept form.

Keywords:

  • problem
  • line
  • linear equation
  • point-slope form
  • point slope
  • convert
  • convert to standard form
  • convert to slope-intercept form
  • convert to slope intercept form

Background Tutorials

  • Introduction to Linear Equations

      • What is a Linear Equation?What is a Linear Equation?

      What is a Linear Equation?

      If you're learning about graphs, you're bound to see a bunch of linear equations, so it's a good idea to understand what makes an equation a linear equation. This tutorial explains linear equations and shows you the difference between equations that are linear and ones that are not. Check it out!

  • Working with Slope-Intercept Form

      • What's Slope-Intercept Form of a Linear Equation?What's Slope-Intercept Form of a Linear Equation?

      What's Slope-Intercept Form of a Linear Equation?

      When you're learning about linear equations, you're bound to run into the point-slope form of a line. This form is quite useful in creating an equation of a line if you're given the slope and a point on the line. Watch this tutorial, and learn about the point-slope form of a line!

  • Using the Distributive Property

      • What is the Distributive Property?What is the Distributive Property?

      What is the Distributive Property?

      The distributive property is a very deep math principle that helps make math work. It's the rule that lets you expand parentheses, and so it's really critical to understand if you want to get good at simplifying expressions. So check out the tutorial and let us know what you think!

  • Solving for a Variable