Browsed by
Category: Problem-Solving

Smart vs Good Thinker

Smart vs Good Thinker

I was going through my pile of old magazines and journals trying to let go of issues I know I just don’t have time to read when a photo of Ken Jennings caught my eye on the cover of the Costco Connection. For a wholesale warehouse magazine, I’ve always been impressed with the variety of topics included in their articles. Now, as a quick reminder, Ken Jennings is the longest reigning champion on the t.v. game show Jeopardy.  Just appearing…

Read More Read More

Family Math Night: The Estimation Table

Family Math Night: The Estimation Table

The estimation jar is a huge draw at a Family Math Night event.  In the following video I share tips on setting up your estimation table.  If you are interested in using the estimation jar in your classroom, click here for a great video that focuses on using the estimation jar to develop number sense. .

A Family Math Night Scavenger Hunt

A Family Math Night Scavenger Hunt

Here’s a super fun addition to a Family Math Night event: A scavenger hunt! As participants enter the room they are handed one of two “game boards”…the K-2 version or the 3-5 version. The K-2 version is a little easier and includes pictures. In addition, it’s played like bingo but with a scavenger hunt twist. Kids and their parents explore math in the environment by finding and crossing off items on their bingo board. Five-in-a-row wins. For a challenge (and…

Read More Read More

Gellin’ with Geometry Family Math Night

Gellin’ with Geometry Family Math Night

Our third Family Math Night kit, Gellin’ with Geometry, is filled with a variety of engaging, hands-on activities that include explorations in 2- and 3-dimensional geometry…perfect for developing those visual/spatial STEM skills. Click here to get a copy of the product sheet.

Sierpinski Triangle: A Family Math Night Fractal Activity

Sierpinski Triangle: A Family Math Night Fractal Activity

    Here’s a fun Family Math Night collaborative project where participants create a Sierpinski Triangle. The project includes three activity levels all which result in creating self-similar triangles which are them put together to make the large Sierpinski Triangle. I also talk about the Father of Fractal Geometry, Benoit Mandlebrot, Chaos Theory, and the connection between fractals and our cell phones. Click on the image to the left to get the lesson plan. .