Skip to main content Skip to main content

Project Playbook: Educator Edition

Classroom Resources > Project Playbook: Educator Edition > 4. Telephone Nominal > 4.1 Waves: Sound

STEM/STEAM

K-2, 3-5

Telephone Nominal Waves: Sound

Elementary age lessons on sound and waves.

A series of activities for elementary age students to explore the world of sound, energy, and waves through fun games, and experimentation.

Related Materials include:

Series Directory

Project Playbook: Educator Edition

Credits

Powered by Two Bit Circus Foundation, 2020

Related Materials

Sections

4.1 Waves: Sound

Elementary age lessons on sound and waves.

Projects

Project 1 Man The Catapult!

Engineer a catapult using upcycled materials to make carnival-style games.

Project 2 Salty Sound Waves

Engineer a catapult using upcycled materials to make carnival-style games.

Project 3 Slime Time

Oozing, gooey, investigation of substances.

Project 4 Telephone Nominal

"Hello?" Engineer working telephones using the science of sound waves.

Project 5 Mud Bricks

Design and build a shelter using traditional style mud bricks.

Project 6 Robo Hand

Enter the world of biology and animatronics by exploring engineering of a robotic hand.

Project 7 Gelatin Refraction

Investigate properties of light refraction using gelatin.

Project 8 Thaumatrope

Observe the phenomenon of static electricity

Project 9 Self Watering Terrarium

Use upcycled materials to design and support a terrarium for plants to explore their needs.

Project 10 Balloon Race

On your marks, get set, engineer! ballon powered vehicles to explore forces and motion.

Project 11 3D Color Wheel

Investigate the basics of color science and how light and color are related.

Project 12 Kaleidoscope & Periscope (1 of 2)

Explore the properties of light and vision.

Project 13 Kaleidoscope & Periscope (2 of 2)

Explore the properties of light and vision.

Project 14 Paper Airplane Cargo Race

Observe and feel the effects of gravity through paper airplanes.

Project 15 Invisible Ink

Investigate the mystery of heat, chemical and physical changes.

Project 16 Water Electrolysis

Construct models of matter to delve into the world of particles.

Project 17 Pendulum Painting

Art and science swing into action through the period of a pendulum.

Project 18 Melted Crayon Painting

Explore properties of matter and their engineering applications.

Project 19 Infinity Images

Make connections betwen vision, light, and our celestial world.

Project 20 The Egg Drop

Engage with engineering and falling objects

Project 21 Elastic Solar System

Observe and model our solar system.

Project 22 Straw Roller Coaster

Investigate motion of objects through building a rollercoaster.

Project 23 Pop Bottle Ecosystem

Model and observe ecosystem interactions with living and nonliving things.

Project 24 Bottle Flute

Use music and sound to study properties of waves.

Project 25 Binary Code Cracking

Observe and interact with digital and analog signals.

Project 26 Density Pillar

Explore properties of substances through density.

Project 27 Motorized Marker Car

Explore the law of conservation of energy through art.

Project 28 Scent Boxes

Investigate the sense of smell to study our senses and the brain.

Project 29 Blockly Games

Interact and explore the engineering design cycle through the programming of simple games.

Project 30 Photosynthesis

Develop an understanding of plants, the cycle of energy and matter through exploring photosynthesis.

Project 31 Water Desalination

Investigate properties of matter to determine a chemical or physical change.

Project 32 Paper Circuits

Demonstrate the transfer of energy using simple circuits.

Project 33 Baking Soda Bottle Rocket

Use rocket science to propell your understanding of forces, energy and motion.

Project 34 Coupled Resonant Pendulums

Model the law of conservation of energy with pendulums.

Project 35 Illuminated Zodiac

Develop models of celestial objects to explain patterns and observable data.

Project 36 Ultimate Recycling Machine

Use engineering and science to design and create a upcycled Rube-Goldberg.

Project 37 Magnetic Train

Interact with magnets to explore the properties of magnetism and magnetic fields.

Project 38 Mousetrap Car

Engineer and articulate the properties of a mousetrap powered vehicle using Newton's Laws.

Project 39 Put Put Boat

Investigate thermodynamics and the heat engine.

Project 40 Melting Wax Molecular Model

Explore thermal energy and its effect on particle motion.

Project 41 Living Things Made Out of Cells

Perform scientific experimentation and observation to understand structures of cells and their relation to living things.

Join us for conversations that inspire, recognize, and encourage innovation and best practices in the education profession.

Available on Apple Podcasts, Spotify, Google Podcasts, and more.

Listen Now
Subscribe Me
Facebook Twitter Youtube
logo-white
2000 Avenue of the Stars, Suite 1000S, Los Angeles, CA 90067
2022 Annenberg Foundation. All rights Reserved.
Privacy Policy.