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Proportional Relationships - Foldable Notes
Proportional Relationships - Foldable Notes
Proportional Relationships - Foldable Notes
Proportional Relationships - Foldable Notes
Proportional Relationships - Foldable Notes
Proportional Relationships - Foldable Notes
Proportional Relationships - Foldable Notes
Proportional Relationships - Foldable Notes
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Description

Your purchase includes:

•Two (2) different versions of Proportional & Non-Proportional Relationships! (Fill in or Ready-to-Go Notes)

•The Foldable Notes are in color or an ink-saving option.

•Print the notes back to back where they can fold nicely into students' interactive notebooks.

The foldable notes are designed to introduce Proportional Relationships with multiple examples. (Answer Key is provided).

The lesson will take between 15-30 minutes depending on how you present the foldable notes (chart filled in or blank).

The foldable notes are designed for direct instruction by the teacher or as an independent activity.

Photocopy Instructions

To make copies of the foldable notes on a copy machine:

*print the two pages you prefer (color or ink saving option and either ready to go notes or fill in notes).

* Line up the dashed lines on each page.

* Of the two sheets, the first will be right side up and the second page will be upside down.

*Select the back to back button on your copy machine and print.

*Your final copy with be able to be folded down the dotted line and create your AWESOME FOLDABLE NOTES for your STUDENTS!!

For more resources visit our TpT Store: Math is Simple! Resources

Find us on Instagram

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.

Proportional Relationships - Foldable Notes

Math is Simple
61 Followers
$2.00

Highlights

Digital downloads
Grades icon
Grades
6th - 9th
Standards icon
Standards
Pages
9
Answer Key
Included
Teaching Duration
40 minutes

Save even more with bundles

This is a GROWING MEGA BUNDLE and will UPDATE REGULARLY!Your purchase includes:Sixteen (16) Sets of Foldable Notes for any Middle School or Algebra CurriculumEach set has (2) different versions! (Fill in or Ready-to-Go Notes)130+ Pages of Foldable NotesThe Foldable Notes are in color or an ink-savin
Price $20.00Original Price $30.00Save $10.00
15

Description

Your purchase includes:

•Two (2) different versions of Proportional & Non-Proportional Relationships! (Fill in or Ready-to-Go Notes)

•The Foldable Notes are in color or an ink-saving option.

•Print the notes back to back where they can fold nicely into students' interactive notebooks.

The foldable notes are designed to introduce Proportional Relationships with multiple examples. (Answer Key is provided).

The lesson will take between 15-30 minutes depending on how you present the foldable notes (chart filled in or blank).

The foldable notes are designed for direct instruction by the teacher or as an independent activity.

Photocopy Instructions

To make copies of the foldable notes on a copy machine:

*print the two pages you prefer (color or ink saving option and either ready to go notes or fill in notes).

* Line up the dashed lines on each page.

* Of the two sheets, the first will be right side up and the second page will be upside down.

*Select the back to back button on your copy machine and print.

*Your final copy with be able to be folded down the dotted line and create your AWESOME FOLDABLE NOTES for your STUDENTS!!

For more resources visit our TpT Store: Math is Simple! Resources

Find us on Instagram

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.

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Questions & Answers

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Standards

to see state-specific standards (only available in the US).
Graph proportional relationships, interpreting the unit rate as the slope of the graph. Compare two different proportional relationships represented in different ways. For example, compare a distance-time graph to a distance-time equation to determine which of two moving objects has greater speed.
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