Help kids develop an understanding of air pressure, buoyancy, and density using a series of hands-on labs.

Study mitosis and meiosis using student movement. Cut ropes into lengths and use them to model chromosomes and track their duplication.

When teaching static electricity, it’s tempting to tell kids the basics... • like charges repel • unlike charges attract And to do this without actually allow...

I love science experiments, and I love sharing these with my children and my students. When I returned to the classroom after raising my kids and spending a ...

I recently had a post on the We are Teachers website. You can check it out here: https://www.weareteachers.com/solar-eclipse-activities/

If you’ve been noticing the Moon (based on last week’s blog post), let’s try to build a model based on your observations. I’ll get you started with relative ...

You can learn a lot about the Moon's movement by watching it--and you don't have to come out at night! Since the Moon spends half of its time in our daytime ...

Do your students struggle with graphing? Here we'll look at a Distance vs. Time graph and we won't use any numbers or rulers or graph paper. I developed this...

We can help kids develop scientific thinking in a myriad of ways. Here we use a painting and ask questions to hone thinking skills.

Sometimes you can’t get your hands on the authentic object in order to study it… When we study astronomy it’s rare that we can find evening hours to look at ...