Lesson Plan Central Archive - Page 3
PhET: Gas Laws Lesson Plan - Mar 7, 2015
This lesson plan is a companion to the simulation "Gas Properties" and includes a series of questions, graphs and tasks with student worksheets available.
A great activity for getting students excited about projectile motion and conservation of momentum. It features a mock murder scene involving a man shot with a handgun. Using the Problem-Based Learning method, students work cooperatively to solve the case by applying physics.
TeachEngineering: Using Spectral Data to Explore Saturn - Jan 2, 2015
Using authentic data from the Cassini mission, students compare the chemical composition of Earth, Saturn, and Titan. Package includes lesson, worksheet with answer key, Power Point warm-up, and Flash interactive activity.
CERN: Antimatter Teaching Module - Nov 3, 2014
Comprehensive set of materials for teaching about antimatter in a high school physics course.
Energy Kids: Lesson Plans - Nov 3, 2014
For all grade levels, this large set of lesson plans spans energy topics from basic physics to conservation and alternative sources.
Laboratory Survival Manual - Jul 7, 2014
A must for the beginning (and throughout) the year, these guidelines for safely working with chemicals and other materials in the laboratory promote safety awareness and safe work practices.
Science Educator's Guide to Assessment - Jul 7, 2014
This assessment guide is designed to help science teachers find their way through the maze of assessment by providing clearly written purposes and methods.
PhET Teacher Activities: Air Resistance Lesson - Jul 7, 2014
An excellent two-day lesson for middle school, designed to accompany the PhET simulation Projectile Motion. It was crafted by educators to provide robust support to both teachers and learners on projectile motion with and without air resistance. You will find scripted teacher discussion, explanations of fluid properties of air, and modifiable worksheets.
Science Buddies: Experimental Procedure - May 1, 2014
Explicit help in setting up experimental and control groups, writing detailed procedures, and understanding reliability.
This learning cycle features 19 videotaped experiments, organized sequentially for introducing fundamentals of motion in introductory physics courses. Each video includes learning goal, prior information needed to understand the material, and elicitation questions. Topics include constant velocity, constant acceleration, falling objects, projectiles, and the physics of juggling.