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Simple Machines to Do Work

Supporting

Simple Machines to Do Work

TEKS Objective

The student is expected to demonstrate and observe how position and motion can be changed by pushing and pulling objects to show work being done such as swings, balls, pulleys, and wagons.


Essential Understanding

The student knows that forces cause change and that energy exists in many forms.

Science Background

Mechanics and Motion: Physics4kids.com (website) - Explains the basics of motion through pictures and text.

Mechanics and Motion
by Andrew Rader, Physics4Kids, www.physics4kids.com

Simple Machines: Franklin Institute (website) - Describes how we apply mechanical energy to do work.

Simple Machines
Franklin Institute, www.fi.edu

Work, Energy, and Power: The Physics Classroom (website) - Basic terminology and concepts related work, different forms of energy, and power.

Work, Energy, and Power
The Physics Classroom, www.physicsclassroom.com

Work and Energy: Cliffs Notes (website) - Detailed explanation of “work” as a physics concept and different forms of energy.

Work and Energy
Cliffs Notes, www.cliffsnotes.com

Signature Lesson

Be Inventive! Museum of Science (website) -Students explore mechanical energy and observe how force can cause a change in position and motion by designing a machine to solve a specific challenge.

Be Inventive!
Museum of Science, www.mos.org

Supporting Lessons

Sketching Gadget Anatomy: Museum of Science (website) - Students learn how simple machines work (mechanical energy) by sketching the machines’ parts.

Sketching Gadget Anatomy
Museum of Science, www.mos.org

Elaboration Lessons and Extensions

Rubber Band Racers: eGFI Dream Up the Future (website) - Students construct model cars and use the potential energy in stretched rubber bands to propel them.

Rubber Band Racers
eGFI, www.egfi-k12.org

Simple Machines: EdHeads (interactive video) – Students learn about simple and compound machines with examples found at home in this engaging animation.

Simple Machines
EdHeads, www.edheads.org

Assessment Ideas

Challenge students to devise as many ways as possible to move a heavy object (thick book) from one place to another. Provide different materials for students to use, such as a wagon, pulleys, wheels, tubes, string, sticks, etc.

Literature Connections

Forces and Motion: From High-speed Jets to Wind-up Toys. DeRosa, T., Reeves, C. (ISBN-13: 978-0890515402)

How Do You Lift a Lion? Wells, Robert (ISBN-13: 978-0780779228)

Simple Machines. Thompson, Gare (ISBN-13: 978-0792284994)

Make It Move. VanVoorst, J. (ISBN-13: 978-0736828987)

Pulleys and Gears. Glover, David (ISBN-13: 978-1403485939)

Related Science TEKS

(3.6A) Forms of Energy
The student is expected to explore different forms of energy, including mechanical, light, sound, and heat/thermal in everyday life.

(3.6C) Types of Forces
The student is expected to observe forces such as magnetism and gravity acting on objects.

Related Math TEKS

3.14D  The student is expected to use tools such as real objects, manipulatives, and technology to solve problems.

3.15A  The student is expected to explain and record observations using objects, words, pictures, numbers, and technology.

Additional Resources

Simple Machines: EdHeads (interactive video) - Students learn about simple and compound machines with examples found at home in this engaging animation.

Simple Machines
EdHeads, www.edheads.org

Simple Machines: MIKIDS (website) - Interactive activity in which students match pictures with the type of pulley they represent.

Simple Machines
MIKIDS, www.mikids.com

Burglar Catcher: FOSS (website) - Rube has built a device using levers and pulleys to catch someone trying to break into his house. This fun interactive site asks students to make adjustments that get Rube’s “Burglar Catcher” working.

Burglar Catcher
FOSS, www.fossweb.com

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