Lesson 2.6 - Velocity vs. Time Graphs

Lesson 2.6 - Velocity vs. Time Graphs includes the following files:

2.6 Velocity vs. Time Graph Notes

Covers how to give meaning to a velocity vs. time graph and how slope is related to acceleration. This notes sheet comes with an (A) version that has blanks for students to fill out as well as a completed (B) version for students who are absent or may require accommodations.

2.6 Velocity vs. Time Graphs Practice

Students practice reading and creating velocity vs. time graphs. This practice sheet comes with an (A) version to be used for the majority of students as well as a shorter and/or different (B) version to be used for students who are absent or may require accommodations.

2.6 Objectives & Starter Questions PowerPoint

Learning objectives and sample starter questions for the topic.

2.6 PowerPoint Notes

Notes in PowerPoint format to make presentation to the class a breeze.

The following 2016 Indiana State Standards for Integrated Chemistry & Physics are addressed in this resource:

ICP.2.1 Develop graphical, mathematical, and pictorial representations (such as a motion map) that describe the relationship between the clock reading (time) and velocity of an object moving at a constant acceleration and apply those representations to qualitatively and quantitatively describe the motion of an object in terms of its change in position or velocity.

Note: all files included in this resource come as a .docx file (or a .pptx file for PowerPoints) and a .pdf file. The .docx files may be edited to your preferences as long as you have a version of Microsoft Word or a similar word processor that supports the .docx file type. The .pptx files may be edited to your preferences as long as you have a version of Microsoft PowerPoint or a similar presentation software that supports the .pptx file type. The .pdf files are non-editable but can be opened using any PDF viewing software, like Adobe Reader. Please make sure you have software capable of opening and/or editing the files before purchasing and downloading.