Curated OER
May the Force be with You -- All about Force and Gravity
Here is a fabulous set of teacher's notes that will make your next hands-on gravity and force lab fun and interesting. These notes provide you with three activities that allow children to make and test hypothesis regarding force,...
Curated OER
Unit VIII: Worksheet 2 - Centripetal Force
Circular motion can make you loopy! On this physics instructional activity, learners practice solving problems regarding centripetal force, rotational period, speed, acceleration, and more. A flying aerobat and a couple of amusement park...
Freecloud Design
Monster Physics™
Physics fanatics will shriek over this monster-themed construction application! They design an invention with the intention of competing one of 50 missions and test it out with real physics applications.
Curated OER
Work and Energy
If you have a ticker tape, this activity will energize your future physicists. They push automobiles and measure the required force, then compare it to the distance and velocity recorded on the tape. Mini lab carts are also used to...
University of Saskatchewan
Using Conservation of Energy to Determine Average Impact Force
Explore the center of gravity with your science class as they create a deadfall trap with common materials. They research the concepts of energy conservation and gravitational force before dividing into small groups to create a model of...
Curated OER
Gadget Anatomy
Sure to be a hit with your charges, here is a science instructional activity that has lots of hands-on activities packed into it. The focus is simple machines, and how they help us perform work. After a discussion and demonstration...
PBS
Hands-On Engineering Challenges to Bolster Your Electricity, Sound, and Force Units
Need some activities to go along with your unit? A collection of hands-on activities from PBS offers opportunities to add to your electricity, sound, and force units. The electricity activities revolve around building a pinball-type...
University of Florida
Understanding Car Crashes: It's Basic Physics!
Make an impact on young physicists with this fun collection of resources. After first watching a video and taking notes on the physics of car crashes, students go on to complete a series of activities that explore the concepts of energy,...
Curated OER
Introduction to Work
Fifth graders define work, force, and energy and calculate work done using a simple formula. They observe the teacher using an Equi-beam and identify the fulcrum, calculate different work problems, and participate in a class discussion.
Curated OER
Elements of Physics: Energy And Work
Students examine the difference between potential and kinetic energy. In this energy instructional activity students view a video and apply these energies to real world situations.
Micron Technology Foundation
Forces of Motion: Rockets
Young scientists design a rocket to launch using Newton's Laws of Motion in order to discover for themselves the forces of motion.
Curated OER
Review of Work, Energy and Power
In this physics activity, students complete 50 multiple choice questions on physics. They determine the magnitude of work, energy and power.
Curated OER
Physics: Bounce - Projectile Motion and Collisions
Students conduct and observe experiments in Newtonian mechanics, kinematics, and projectile motion. They analyze the motion of a ball rolling off a table, falling, and then bouncing. Students answer a series of questions analyzing the...
Cornell University
The Physics of Bridges
Stability is key when building a bridge. Scholars explore the forces acting upon bridges through an analysis of Newton's Laws and Hooke's Law. The activity asks individuals to apply their learning by building a bridge of their own.
Teach Engineering
Energy Basics
Power up your lessons with an energetic resource. Scholars learn about work, force, energy, and power. They consider the relationships between these quantities through hockey puck scenarios and make calculations using formulas.
Urbana School District
Energy, Work, Simple Machines
The tension of the 236 strings in a grand piano exert a combined force of 20 tons on the cast iron frame. The presentation includes topics such as work, forms of energy, conservation of energy, gravitational and elastic potential energy,...
Mr. E. Science
Forces
May the mass times acceleration be with you. The presentation covers forces, Newton's three Laws of Motion, momentum, and vectors.
Urbana School District
Physics Intro, Kinematics, Graphing
Some consider physics the branch of science concerned with using long and complicated formulas to describe how a ball rolls. This presentation, while long, is not complicated, yet it covers rolling, falling, and more. It compares vectors...
Curated OER
Physics 152 Fall 2004 Final Exam, Parts A, B, C, D
At the end of a general physics course focused on light and electricity, you can administer this exam. Concepts covered include electromagnetism, circuits, induction, light rays, lenses and mirrors, characteristics of light, electron...
Curated OER
Force Diagrams
Seeming incomplete, this slide show introduces physical science novices to the balancing of forces and drawing force diagrams. The first seven slides work well to meet this purpose. The remaining slides, however, turn viewers over to...
Curated OER
Work and Power
For this work and power worksheet, students read rules for work and power and answer a set of related questions. Answers are included.
Curated OER
Energy and Machines: How We Work and Play
Energy and machines are two things that belong together. This resource provides a clear and simple overview of energy, force, work, and machines. Because the information in this presentation is clear and well-organized it would...
Curated OER
Work and Power
In this work and power worksheet, students complete a crossword about units of power and energy. Students complete 12 blanks in the crossword.
Kenan Fellows
Impacting the Risk of Falling: How Do Accelerometers Work?
Young engineers consider how to apply accelerometers and sensors to help prevent falls in elderly people. They consider forces of motion and gravity as part of the engineering design process.