Make Slime, Gak, and Oobleck | Gross Science


Tami O'Connor, Educational Innovationsby: Tami O’Connor

Let’s face it, kids of every age love gooey substances! The school year is never complete until you and your students make slime. Depending upon your grade level, the topic you’re teaching, your classroom budget, and the time you have available, there are a number of options open to you.

One of my favorite “recipes” is the ever popular Elmer’s Glue Gak. Aside from the fact that it’s easy to make, it’s rare that you wouldn’t have most of the essential ingredients at your fingertips.

To make Gak:

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High School Density Kits


Ron Perkins, Educational Innovationsby: Ron Perkins

Whether teaching general science, chemistry or physics, one of the first experiments I assigned was to determine the density of a metal using a set of different sized cylinders of aluminum in a tray.

Each Student:

  • Determined both the mass and volume of a single assigned sample.
  • Recorded their data point on a large classroom Mass vs. Volume Graph.
  • Participated in a class discussion on: determining volume by different methods; drawing a straight line through the data points (including the origin); and calculating the slope of the line (rise over run)

Ron’s suggestions:

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The Power of Steam |Putt Putt Steam Boats


Tami O'Connor, Educational Innovationsby: Tami O’Connor

Although Robert Fulton is usually remembered as the inventor of the steamboat, it was actually John Fitch who built the first successful steamboat in 1787. Unfortunately, John Fitch ran into financial difficulties which opened the door for Robert Fulton to design and test the Clermont, which was the first commercially successful steamboat, in 1807. Since that time, there have been many improvements on the initial design, but the science behind the steamboat engine is fascinating.

Educational Innovations carries Putt Putt Steam Boats that are wonderful reproduction toys,Thermal Energy Product Reviews | Educational Innovations Blog which can be used to teach many scientific principles. The science behind how they work is rather complex and often disputed. Read the rest of this entry »


Glo Germ Powder


John Fedors, Educational Innovationsby: John Fedors

As infants become aware of their surroundings, fingers, toes, toys, pacifiers and other objects that can be handled, always end up in their mouths. It’s no wonder that parents become first fascinated, then concerned, and eventually oblivious for it seems almost everything ends up being “tasted”.

Alertness, curiosity, and fascination inspire investigation, which begins at an early age. Teachers encourage this direction and take advantage of it. Repetition of this experience should be reinforced and developed to become habitual. Children come to recognize, “It Makes Sense” .

Did you wash your hands? How many times have we heard this? How many times do we “forget”? This simple, though important task, must be difficult to instill, for so many fail to perform it.

We are continually reminded during our early lives and even as adults, that hand-washing must be difficult or of low priority, because we so often forget. It would seem that demonstrating the effectiveness of using soap and water should be encouraged!

Glo GermThe use of Glo Germ powder may help to develop this habit.

When I mention this to teachers, most are aware of its uses, but many are not. Some teachers are aware because the school nurse or health teacher has demonstrated it in their class, then it is forgotten. Teachers have multiple opportunities to demonstrate and reinforce this awareness.

Glo-Germ is a nontoxic product, which simulates a microorganism. This product is not easily visible but fluoresces when exposed to UV light. It is used in hospitals, fast food chains, and schools to demonstrate the effectiveness of hand washing.

Suggested Uses or Demonstrations for Glo Germ powder:

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Film Canister Leyden Jars with Video


Tami O'Connor, Educational Innovationsby: Tami O’Connor

During my 16 years in the classroom, my students and I have accumulated a plethora of fond and one or two not-so-fond memories. One memory that still makes me cringe deals with the amount of time I spent traveling from one film-processing center to the next, in search of those perfect little containers I made such great use of within the walls of my science Rocket Film Canistersclassroom. I’m sure you know exactly what I’m talking about…those little containers, which could be used for everything from conveniently and securely storing small amounts of solids or liquids to acting as the engine compartment of the well-known makeshift paper rocket.

What versatile things those film canisters are…

Thanks to Bob Morse of St. Albans, we have found yet another use for those mini containers. In this short segment, Bob demonstrates how to construct a simple Leyden jar that is large enough to produce a nice spark, yet small enough to be perfectly safe, and best of all, durable enough to reuse over and over again! The only materials needed are a film can, a small strip of aluminum foil, a paper clip, a small section of PVC pipe, a cloth or piece of fur to rub on the pipe and a small amount of water.

How to Build a Leyden Jar

In this age of digital cameras, 35mm film canisters are becoming a thing of the past. Educational Innovations can supply you with clean film canisters to use in your home or classroom. Check out the other activities we have for film canisters, and please feel free to share your own ideas with us.