Physics - Newton's Three Laws Unit - Click and Teach Bundle
OVERVIEW
Newton's Three Laws is an extensive set of materials designed to assist in the teaching of the physics of dynamics, including forces and Newton's three laws. These materials include student handouts, objectives, simulation software, PowerPoint presentations, experiments, tests, and associated answer keys in Word and PDF formats. To start, you open the main menu, shown below, where you can access all of these materials. That’s why it’s called Click & Teach.
See more materials at Multimedia Science Teachers Pay Teachers page.
Other Multimedia Science pages: Facebook Twitter Blogs
MORE INFORMATION
Following is a summary of the curriculum covered:
* The history of forces and the meaning and development of the 1st law
* The solution of one and two force 2nd law problems
* Examples of the 3rd law with questions and a project
* Problems that include both the 3rd law and motion equations
* A review of graphical analysis and data analysis tied into several labs
* Friction factors and real life examples of how friction is increased and decreased
Following is a list of the included materials:
* Student Handout with Summary Study Guide
(29 pages - also available as individual handouts)
* Instructor's Notes (15 pages)
* Objectives
* 4 Quizzes (A & B versions)
* 3 Lab Write Ups
* All Answer Keys
* 5 Software Modules\* Excel data analysis file
* 3 PowerPoint presentations
Everything is included for you to teach the unit on Newton’s Three Laws with your classes for approximately two to three weeks. All of the handouts and answer keys are provided in both 2003 Microsoft Word format (*.doc) and Adobe Acrobat Reader format (*.pdf).
Doctorate in Physics and mathematics from Albania and USA.Doctorate in Physics and Chemistry from Athens Greece
7 年From the second Law a=F/m we can find the first Law if F=0 a=0 the body can move without acceleration every time,is in moving and no at rest,nothing is on the rest condition. The third Law is action and reaction are two equal forces that acts in different bodies that acts between then and in different directions,accelerating each body.