by Eric Muller
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Build the world's simplest electric motor.
See and hear the speed of sound.
Feel one atmosphere of pressure.
Figure out the forces on your body
Feeling Pressured (click here for video)
Get into air pressure
Students do a dance of motion based on a graph.
Investigate convection by using food coloring and water of different
Make a device that seems to define gravity
Make a phonograph out of simple materials
Blues Tooth Headphone
A headphone for your mouth
Soak some Gummies, use displacement and see that volume change is cubed3.
A Stand-up egg
Get an egg to stand-up on its long-axis.
Make a simple thermometer with a soda can and straws
Use static electricity to stick a straw to the palm of your hand, a window, a door, a wall - or just about anywhere (another version)
The world's simplest Cartesian diver
Pie Pan Convection
Create convection cells with soapy water and a heat source
A kinetic and potential energy drink.
This device is also known as a "Roll-Back can, " "Come-Back Can" or Magic Can."
Foiled by Density
A crumpled and folded way to investigate density.
Watts in the bag
Lift a bag feel the definition of a Joule and Watt.
Make a device for experimenting with falling dominoes.
The Biggest Mouth in Class
Figure out who has the biggest mouth in class!....volumetrically.
See your voice in a new way! Using simple materials, build a device that will make sounds visible (with laser light). Create cool patterns or maybe even a light show.
Create a mystery by making a piece of wood stop in mid-fall. Have it stop anywhere a rope you want it to.
Three Cirlces of
Learn about color subtraction with Cyan, Yellow and Magenta
Hold your hand over a candle and not get burned.
Personal Pinhole Theater
Put a box on your head to see the world in a new way...upside down and backwards.
This is a Grey Step image that goes along with theExploratorium's Grey Step Snack located here.
Poking fun at Science
Build a simple camera obscura also known as a pinhole viewer and a multi-colored light source (RGB). Use these tools to investigate, experiment and learn about a variety of concepts.
Here are the associated activities:
Looking a Little Spotty
Produce an image of a face with the minimal amount of information.
See how well our brain can resolve and recognize it.
Pixels, Pictures and Phones
Investigate how colored images are formed from red, green and blue pixels.
Take of walk of science from the core of the earth to the atmosphere.
An associated poster can be found at:
Whose Fault is it
Shake hands and see how scientists figure out where the earth is
Make a volcanic model in a plastic cup.
Make a box to apply pressure to sediment layers
Find your rock partner by reading a description of their rock
Use cold water to make a model of pillow basalts with chocolate.
The Crayon Rock Cycle
Investigate the rock cycle cycle with colored wax crayons.
To Topo Two
Create landforms out of clay and a topo map.
Hot Sauce, Plume Sauce
Model hot spot island formation, orientation and progression with condiments.
Personal Time Line
Make a time line of your life as an analogy of geologic history.
Inverted Foucault Pendulum
A variation of a Foucault pendulum, but upside down.
A Cubic Foot per Second
Visualize what a cfs of water might look like.
Gulping for Gravity
Feel how a cola on another would weigh.
Running in Circles
A new spin on the Coriolis effect
Mass of the Earth
Estimate the mass of the earth.
Scale and draw the Earth's interior.
Make a jewel of a case for density difference.
Read-Write Earth's History
Use magnetic tape to learn about the ocean floor and it's movement.
Scale-up the evaporation rate from a cup to a lake.
A design challenge in which students use principles of engineering to build an earthquake resistant model structure out of pasta. Good for correlation with the NGSS practices. This lesson is in three parts:
Strain Some Pasta-Seismic Engineering
Shake It Up-Seismic Engineering
The Rumble-Seismic- Seismic Engineering
Twinkle Twinkle Little Star
Why do stars twinkle? Have a scintillating experience by making your own “light twinkler." Use a hot plate and a laser to show that light can change direction and appear to twinkle on and off.
The Periodic Periodic Table
Make visual representation of how the periods on a periodic table work.
A mole of gas
How big is a mole of gas at STP
Celebrate Mole Day!
Everybody's favorite holiday. Find ways to celebrate it.
What's a mole
What makes up a mole and how big is one.
M and M model of an atom
Use candies to mode protons, neutron and electrons
The Nuts and Bolts of the Periodic table
Screw around with elements and arrange your own periodic table.
Scaling of an atom
See how big or how small an atom is compared to its nucleus.
Make a black box device that's a good analogy for finding the nucleus
in an atom.
Percentage of Oxygen in Air
Figure out the percent of O2 in the air with steel wool.
Will steelwool weigh more or less when burned?
Make a device to split water into Hydrogen and Oxygen gas.
Balance chemical equations and discover the law of conservation of mass.
Separate the zinc from a penny with toilet bowl cleaner.
Separate the zinc from a penny with heat.
Measure the amount of Carbon Dioxide in a carbonated drink.
on Rates of Reactions
Use light sticks to see the effects of hot and cold on chemical
What's your State
What matters is how you hold your matter!
Use some acid-base indicator to see the production of Hydrogen and
Make a qualitative conductivity meter with a battery, bulb and foil.
How Big is Small
A classic lab. Use Oleic acid to estimate the length of a molecule.
Super Heated Steam
Use a teakettle or flask to create super heated steam
Mouth full of Moles
Calculate the number of moles someone can fit inside their mouth (this is an addendum activity to the "Biggest Mouth in Class" activity above).
Wait, Weight, don't tell me!
(Having a gas with the conservation of mass)
Can a simple chemistry activity disprove “The law of conservation of mass?” Is there something wrong with the laws of nature? Find out by doing this activity.
Match your piece of a puzzle using chat room.
Earth Quake Epicenters
Outline the shape of tectonics plates.
A communication and design challenge.
Fog in San Francisco
A starter for fog lessons
Fill it up
Fill a room with the flow of a river
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