Duct Tape

We explored the history of duct tape and learned how it’s made. Then, we took on a creative challenge—drawing pictures using only duct tape and a marker. To finish, we crafted our own collapsible duct tape cups. 

Morse Code

We began by learning the history of Morse code and how it was used to communicate. Then, we practiced sending messages to each other using flashlights. We also learned how to read and decode Morse code messages written on paper.

Electricity: Circuits

We explored the basics of electricity, focusing on circuits. Using batteries, lightbulbs, buzzers, switches, and fans, we experimented with creating both complete and incomplete circuits.

Apples to Apples JR

This week, the book fair was held in the library, so we spent time playing games instead. We played Apples to Apples, a fun game that encourages critical thinking, social interaction, and a great sense of humor.

Cup Stacking Challenge

For our cup stacking challenges, students were divided into small groups to complete six different tasks.  The twist? Only a rubber band could be used to touch the cups--no hands allowed!  This activity focused on teamwork, problem-solving, and effective communication.

Marshmallow Challenge

Our Marshmallow Challenge required students to use marshmallows, tape, and uncooked spaghetti to design and construct the tallest possible structure capable of supporting a marshmallow at its highest point without collapsing. This activity encouraged students to collaborate, problem-solve, and experiment with structural stability.

Candy Corn Stem

For the Candy Corn Challenge, students used candy corn and toothpicks to construct the tallest stable structure. Throughout the activity, they shared ideas, adapted their approaches, and worked together to find solutions that kept their creations standing.

Candy Pumpkin Catapults

Our Catapult Challenge had students use popsicle sticks, tape, string, and a plastic spoon to design and build a catapult capable of launching a candy pumpkin across the room. This activity encouraged students to plan, test, and refine their designs while exploring physics concepts such as force, trajectory, and energy transfer.