TPT
Total:
$0.00
Selected
Subjects

Subjects

Arts & Music
English Language Arts
Foreign Language
Holidays/Seasonal
Math
Science
Social Studies - History
Specialty
For All Subject Areas
4 results

1st grade physics resources for SMART Notebook and for homeschool

Preview of Bell Work Forces & Motion 1

Bell Work Forces & Motion 1

Created by
Zealous Educator
This is a 5 day bell work with answer key. These questions are similar to those that appear on state science exams for forces and motion objectives. Please keep eye open for the entire unit worth of bell work. Visit again and please rate my work. Thank you so much for your support. May these make your life easier and your test scores sky rocket! http://www.teacherspayteachers.com/Store/Zealous-Educator
Preview of Bell Work topic: Forces & Motion 2

Bell Work topic: Forces & Motion 2

Created by
Zealous Educator
This is a 5 day bell work with answer key. These questions are similar to those that appear on state science exams for forces and motion objectives. Please keep eye open for the entire unit worth of bell work. Visit again and please rate my work. Thank you so much for your support. May these make your life easier and your test scores sky rocket! http://www.teacherspayteachers.com/Store/Zealous-Educator
Preview of Simple Machine SMART notebook lesson

Simple Machine SMART notebook lesson

This lesson on simple machines was created for a 3rd grade class. It goes over the different types of simple machines. At the end, there is an activity where students create their flashcard game related to Simple Machines.
Preview of SMART Notebook - Simple Machines Levers

SMART Notebook - Simple Machines Levers

Created by
SMARTERTEACHER
This SMART Notebook interactive lesson introduces levers as a simple machine. Teachers and students will identify the six simple machines, the three components of a lever system, the three classes of levers and equillibrium calculations of a Class I lever system. This 20 page lesson allows students to identify the axis, force and resistance of various types of levers to determine the class of lever. Students will then calculate the Force x Distance equillibrium relationship of a first class
Showing 1-4 of 4 results