We’re going to take the concepts we used in our paper columns and build on it (literally.) This is a classic STEM challenge that will inspire the budding engineer in curious kids. Which shape is the most stable? Which shape holds the most weight? Paper Bridge STEM Challenge Add more books until the column crumples under the weight. Now try to balance a book on it and see if it holds. Once you have your column, stand it upright. Square – With three folds you can create a square-shaped column and secure the edges with tape.Įxperiment with some other shapes like pentagons or hexagons.

Tape the seams to hold it together, and you’re all set. Triangle – With two folds, you can divide your paper into thirds and create a triangle pillar. We’ll try a few different shapes and see which design is the most effective.Ĭircle – This is the easiest, just roll the paper into a cylinder and tape it in place. We’re going to roll and fold our paper into columns and see if it can support the weight of a book. Typically strength isn’t the first word that comes to mind when thinking about paper.Ĭan a piece of paper hold up a book? It absolutely can, with the right preparation. Paper is bendable and pliable and can easily be torn, crumpled, or creased.

Thanks if you use our links!* How Strong is Paper? Paper Column STEM Activity *This post contains affiliate links, which means we may earn from purchases. Since we’re using primarily paper, these STEM challenges are quick to set up and easy to do. Today we’ll look at some STEM activities using paper that you can easily do at home, which can provide simple and enjoyable educational play. They provide a grounding in subjects vital to children in modern society, where the use of technology and data are key parts of their daily lives and will likely be vital in the job market. STEM (Science, Technology, Engineering and Math) activities are an important part of learning for kids, both in and out of school.

Fun bridge projects