Description
Structure and support students’ learning with this Pythagorean Theorem guided notes page for either interactive notebooks or binders. Both guided note formats are included in printable and editable versions so you can adjust the notes to meet the needs of your students.
This set of notes includes the Pythagorean Theorem and its converse, as well as common Pythagorean Triples.
✦ Concepts Covered:
- Pythagorean Theorem - with 2 examples applying theorem - one to find missing hypotenuse, one to find missing leg
- Pythagorean Triples - with 2 examples determining which set of side lengths form a right triangle
- Converse of Pythagorean Theorem - with 2 examples determine if a set of side lengths form a right triangle
- Application of Pythagorean Theorem - with word problem example
✦ What’s Included:
- Editable interactive notebook PowerPoint file*
- Editable binder notes PowerPoint file*
- Printable interactive notebook pages
- Printable notes pages formatted for binders
- Answer Keys
- Link to video lesson
*You need access to Microsoft PowerPoint to edit the notes!
✨Check out the preview for more details!✨
Why use interactive notebooks in geometry?
Geometry is not like other math classes. With so many definitions, postulates, and theorems, it’s hard for students to keep everything straight. An interactive notebook gives students a structured, organized place to find everything they need to know, while having them create a product they can be proud of.
Plus, printable guided notes include diagrams saving precious instructional time.
✦ Related Resources:
➞ Practice with the Pythagorean Theorem Pixel Art Practice Activity
➞ Teach the entire unit with the Right Triangles unit guided notes bundle
➞ Get all of the notes and activities you need with the Right Triangles unit bundle
✦ Want to learn more about interactive notebooks?
➞ Check out my interactive notebook resources
Stay Connected for Updates:
Copyright © Busy Miss Beebe, LLC
All rights observed by the author.
Permission to copy for single classroom use only.
Pythagorean Theorem Editable Guided Notes for Interactive Notebooks
Highlights
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Description
Structure and support students’ learning with this Pythagorean Theorem guided notes page for either interactive notebooks or binders. Both guided note formats are included in printable and editable versions so you can adjust the notes to meet the needs of your students.
This set of notes includes the Pythagorean Theorem and its converse, as well as common Pythagorean Triples.
✦ Concepts Covered:
- Pythagorean Theorem - with 2 examples applying theorem - one to find missing hypotenuse, one to find missing leg
- Pythagorean Triples - with 2 examples determining which set of side lengths form a right triangle
- Converse of Pythagorean Theorem - with 2 examples determine if a set of side lengths form a right triangle
- Application of Pythagorean Theorem - with word problem example
✦ What’s Included:
- Editable interactive notebook PowerPoint file*
- Editable binder notes PowerPoint file*
- Printable interactive notebook pages
- Printable notes pages formatted for binders
- Answer Keys
- Link to video lesson
*You need access to Microsoft PowerPoint to edit the notes!
✨Check out the preview for more details!✨
Why use interactive notebooks in geometry?
Geometry is not like other math classes. With so many definitions, postulates, and theorems, it’s hard for students to keep everything straight. An interactive notebook gives students a structured, organized place to find everything they need to know, while having them create a product they can be proud of.
Plus, printable guided notes include diagrams saving precious instructional time.
✦ Related Resources:
➞ Practice with the Pythagorean Theorem Pixel Art Practice Activity
➞ Teach the entire unit with the Right Triangles unit guided notes bundle
➞ Get all of the notes and activities you need with the Right Triangles unit bundle
✦ Want to learn more about interactive notebooks?
➞ Check out my interactive notebook resources
Stay Connected for Updates:
Copyright © Busy Miss Beebe, LLC
All rights observed by the author.
Permission to copy for single classroom use only.
