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Lesson III Student PowerPoint Note Guide "Acceleration"

Lesson III Student PowerPoint Note Guide "Acceleration"
Lesson III Student PowerPoint Note Guide "Acceleration"
Lesson III Student PowerPoint Note Guide "Acceleration"
Lesson III Student PowerPoint Note Guide "Acceleration"
Lesson III Student PowerPoint Note Guide "Acceleration"
Lesson III Student PowerPoint Note Guide "Acceleration"
Lesson III Student PowerPoint Note Guide "Acceleration"
Lesson III Student PowerPoint Note Guide "Acceleration"
Product Description
This lesson aligns with the Common Core State Standards:
"STANDARD 6 - Force and Motion
The competent science teacher understands and applies the concepts that describe force and motion and the principles that explain them.
6A. understands the concepts and interrelationships of position, time, velocity, and acceleration.
6E. describes and predicts motions of bodies in inertial and accelerated frames of reference and in one and two dimensions in a physical system with association to the basic theories of force and motion."

Student note guide that follows the PowerPoint lesson III in the "Motion" unit - Introductory physics. This lesson explains changes in velocity; calculates acceleration using velocity; and identifies acceleration and instantaneous acceleration on a speed-time graph.

PowerPoint lessons contain many graphics and links to short videos to further student understanding.
PowerPoint slides also contain notes for the instructor based on students most "frequently asked questions" or FAQ's to help clarify the subject.
A class activity is included at the end of each lesson.

*All PowerPoint lessons; review programs; student worksheets/activities and assessments for this unit can be found under the "Introductory Physics Complete Unit II Motion" zip file folder.

Terms/concepts covered in this lesson include:

velocity
acceleration
vector
positive acceleration
negative acceleration
free fall
Earth's gravity
skydiving
constant acceleration
a = vf – vi / t
acceleration equation
final velocity
starting velocity
time
speed-time graphs
instantaneous acceleration

astronomydad

This work is licensed under a Creative Commons Attribution 3.0 Unported License.
Total Pages
6 pages
Answer Key
Included
Teaching Duration
40 minutes
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