Description
This is the first in a series of factoring presentations that cover different ways to solve quadratic equations including using the Greatest Common Factor, Difference of Squares, the Trinomial Rule, and Slide and Divide (a way of solving quadratics when a is not equal to 1). There is also an accompanying graphic organizer available that folds with four flaps.
A solution slide is included as the last slide, which is easily removed if you want to push the presentation to your students or use the slides that contain practice problems as a quiz or homework.
Included in the notes on the slides are details about slide animations.
A solution slide is included as the last slide, which is easily removed if you want to push the presentation to your students or use the slides that contain practice problems as a quiz or homework.
Included in the notes on the slides are details about slide animations.
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Highlights
Digital downloads
Grades
9th - 12th
Tags
Pages
10ish
Answer Key
Included
Teaching Duration
45 minutes
Description
This is the first in a series of factoring presentations that cover different ways to solve quadratic equations including using the Greatest Common Factor, Difference of Squares, the Trinomial Rule, and Slide and Divide (a way of solving quadratics when a is not equal to 1). There is also an accompanying graphic organizer available that folds with four flaps.
A solution slide is included as the last slide, which is easily removed if you want to push the presentation to your students or use the slides that contain practice problems as a quiz or homework.
Included in the notes on the slides are details about slide animations.
A solution slide is included as the last slide, which is easily removed if you want to push the presentation to your students or use the slides that contain practice problems as a quiz or homework.
Included in the notes on the slides are details about slide animations.
Report this resource to TPT
Reported resources will be reviewed by our team. Report this resource to let us know if this resource violates TPT's content guidelines.
Reviews
All verified TPT purchases
Doesn't really explain the idea of GCF with variables.
What other explanation would you like to see? Do you mean writing out the variable to illustrate what an exponent is, as in r^3 = r*r*r?
Questions & Answers
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