Toothpick Marshmallow Tower Game Prep & Play You’ll be surprised at what the kids can create. Take your party to new heights with this tower building party game / activity that can be played at parties, group or club gatherings. There is no project like a physics project.Supplies: Toothpicks, mini-marshmallows, adult supervision, (spaghetti can be used instead of toothpicks) Even so, this project was a way to bring some excitement and real-life application into the classroom. Three - use as many of your toothpicks as possible in the vertical position.” (Take note future students!)Īt the end of the day, all the towers ended up the same way: a mere pile of collapsed toothpicks and dried glue. Two - cut the points off of each toothpick. ![]() Matthew offered up some tower-building tips: “My advice would be three things: one - get toothpicks that are square so they fit together. His beautifully crafted tower held an astonishing 385 pounds. Matthew Serdinak’s tower, at 149 grams, held the most weight overall. Tom described his method: “I just kinda copied the design I’ve seen in bridges and stuff - the triangles staggered on each level - and just made that as I went along.” His simple yet incredibly effective 61 gram tower supported 172.5 pounds. Junior Tom Biery’s tower held an astonishing 1,290 times its own weight. Marissa’s tower held 705 times its own weight.Īs testing came to a close, the winners emerged. If I had a longer period of time, I would’ve done things differently.” Marissa Morales, a junior, adds weight to her third place winning tower as junior Matthew Serdinak and senior Andrew Trautzsch look on. Herrmann said, “At an angle-there’s some sheer forces and torques that can be detrimental to tippy tower.” (It takes a physics student to understand!)įrank, who’s “tippy tower” ended up holding 42.5 pounds, said, “I am pretty satisfied. Herrmann pointed out a flaw in his tower. Many people’s towers toppled over because they were off balance - even when they were strong enough to hold the weight.Īs senior Frank Qin stacked weights onto his tower, Mr. “You develop it.” This fact proved to be true through testing time. ![]() But millions of complexities loomed around testing time. The testing procedure was seemingly simple: literally stack weights on top of each tower until it collapsed. ![]() While every tower looked great, only one thing really mattered… Whose was the strongest? No two towers looked alike, showing how wonderfully complex and unique each human brain is. Students utilized various shapes for their towers-squares, triangles, hexagons, and octagons. The toothpick towers came in all shapes and sizes. Trace remarked, “I embodied the phrase ‘work smarter not harder,’” and Brady did the same. Both of their towers were triangle, truss-like structures, compromised of fewer than 100 toothpicks. Juniors Trace Campana and Brady Eggleston were leaders in this approach. Nevertheless, even a light tower could hold around ten times its own weight. Others opted to build simple, light towers in hopes of holding just a few pounds. Herrmann gingerly assists the project he taught in class. Matthew’s tower held the most weight overall - earning him over a 100% for the project and bragging rights. Matthew said that he loves “designing and building things that work.” Working whenever he had free time, he carefully crafted his tower. Some students, such as junior Matthew Serdinak, embraced the challenge from the start. The students were given a few weeks to brainstorm, gather supplies, design, build, test, and problem-solve, and on January 31 the towers were due. The classes knew this would be no ordinary project. Junior Kayla Flory said, “At first I was in disbelief, but he showed us the video for proof-I was shocked and intimidated.”Īn impressive standard was set. ![]() Thomas Herrmann, physics teacher, told his 9 th period AP Physics class that a tower built by a former student held 1,427 pounds, everyone’s jaw dropped. One goal: who can build the lightest, most durable toothpick tower. His beautifully crafted tower held an astonishing 385 pounds! At 149 grams, his held the most weight overall. Junior Matthew Serdinak piles on the weight for his winning tower project.
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